CN108734442B - Laboratory management system for managing radioactivity monitoring laboratory - Google Patents
Laboratory management system for managing radioactivity monitoring laboratory Download PDFInfo
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- CN108734442B CN108734442B CN201810341323.5A CN201810341323A CN108734442B CN 108734442 B CN108734442 B CN 108734442B CN 201810341323 A CN201810341323 A CN 201810341323A CN 108734442 B CN108734442 B CN 108734442B
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Abstract
The application discloses a laboratory management system for managing a radioactivity monitoring laboratory, which comprises a login module, a laboratory database, a laboratory function module and a laboratory management module; the login module is connected with the laboratory function module and is used for enabling a user to enter the laboratory function module after inputting login information; the laboratory function module is connected with the laboratory database and used for calling corresponding data information from the laboratory database after sending a function request to the laboratory database and displaying the corresponding data information as the corresponding function interface; and the laboratory management module is connected with the laboratory function module, and is used for adjusting the data information on the function interface by a user and synchronously importing the adjusted data information into a laboratory database. The modules of the invention are mutually linked and kept relatively independent, thus not only managing the information of laboratory instruments and equipment, but also accurately processing data, and greatly improving the work efficiency.
Description
Technical Field
The present disclosure relates generally to the field of system software, specifically to the field of radiological laboratory management systems, and more particularly to a laboratory management system for managing a radiological monitoring laboratory.
Background
Along with the acceleration of the informatization construction pace, the informatization is more and more widely applied in various industries, a business support system and a platform related to the informatization are in a large-scale and complicated development trend, and the quality requirement on corresponding software is higher and higher, so that the requirements on methods and means for ensuring the software quality are higher and higher; with the gradual expansion of the range and the depth of the safety information construction, a plurality of companies successively establish a software evaluation laboratory to execute the test work of each application software, become an authoritative informatization detection and evaluation center in the system, and play a role in protecting driving and navigation for the high-speed development of informatization.
At present, a lot of laboratory management software is provided, the laboratory management software basically only has relatively simple functions of instrument and equipment management and information viewing, a B/S framework is adopted, the problems are more after upgrading, and the mode is suitable for data browsing and viewing. In addition, with the B/S architecture, the system can work only under the condition of networking, and cannot work without the network.
Although there are many lab management software, there are not many lab management software related to radioactivity monitoring, and there is a lack of a lab management system that combines data processing and lab information management, for example, it is not possible to directly perform spectrum analysis on a spectrogram.
Disclosure of Invention
In view of the above-described deficiencies or inadequacies in the prior art, it would be desirable to provide a laboratory management system for managing a radioactivity monitoring laboratory.
The invention provides a laboratory management system for managing a radioactivity monitoring laboratory, which comprises a login module, a laboratory database, a laboratory function module and a laboratory management module, wherein the login module is used for logging in a radioactivity monitoring laboratory;
the login module is connected with the laboratory function module and is used for enabling a user to enter the laboratory function module after inputting login information;
the laboratory function module is connected with the laboratory database and used for calling corresponding data information from the laboratory database after sending a function request to the laboratory database and displaying the corresponding data information as a corresponding function interface;
the laboratory management module is connected with the laboratory function module, and is used for a user to adjust the data information on the function interface and synchronously import the adjusted data information into the laboratory database.
The invention provides a laboratory management system for managing a radioactivity monitoring laboratory, which adopts a C/S architecture and a modular design, wherein all modules are mutually connected and relatively independent, various data information in a database can be called through a laboratory function module, the sharing of the laboratory data information is realized, and the data information is subjected to operations such as addition, deletion, modification and the like through a laboratory management module, so that the timely updating of the data information can be realized, the related range of the modules is wide, the functions are strong, the laboratory management system can manage equipment information of laboratory instruments and devices, can accurately process data, give results to issue reports and can also manage information of workers; the system has an independent spectrum analysis functional module, so that the time of a user can be saved, and the work efficiency is greatly improved.
Drawings
Other features, objects and advantages of the present application will become more apparent upon reading of the following detailed description of non-limiting embodiments thereof, made with reference to the accompanying drawings in which:
FIG. 1 is a schematic diagram of a laboratory management system for managing a radioactivity monitoring laboratory according to the present invention;
fig. 2 is a schematic structural diagram of the laboratory functional module in fig. 1.
Detailed Description
The present application will be described in further detail with reference to the following drawings and examples. It is to be understood that the specific embodiments described herein are merely illustrative of the relevant invention and not restrictive of the invention. It should be noted that, for convenience of description, only the portions related to the present invention are shown in the drawings.
It should be noted that the embodiments and features of the embodiments in the present application may be combined with each other without conflict. The present application will be described in detail below with reference to the embodiments with reference to the attached drawings.
Referring to fig. 1, the present invention provides a laboratory management system for managing a radioactivity monitoring laboratory, which includes a login module, a laboratory database, a laboratory function module, and a laboratory management module;
the login module is connected with the laboratory function module and is used for enabling a user to enter the laboratory function module after inputting login information;
the laboratory function module is connected with the laboratory database and used for calling corresponding data information from the laboratory database after sending a function request to the laboratory database and displaying the corresponding data information as the corresponding function interface;
and the laboratory management module is connected with the laboratory function module, and is used for adjusting the data information on the function interface by a user and synchronously importing the adjusted data information into a laboratory database.
According to the laboratory management system for managing the radioactivity monitoring laboratory, a user enters the laboratory function module through the login module, corresponding data information is obtained in the laboratory database through the laboratory function module, the data information can be updated in the laboratory function module through the laboratory management module in time, and the data information is synchronously imported into the laboratory database.
Further, a laboratory management system for managing a radioactivity monitoring laboratory further comprises:
the acquisition module is used for acquiring the function request sent by the laboratory function module;
the screening module is used for screening data information related to the function request in the laboratory database according to the function request;
and the transmission module is used for sending the data information associated with the function request to the laboratory function module.
The laboratory management system for managing the radioactivity monitoring laboratory can preferably select the laboratory database, the acquisition module, the screening module and the transmission module to be arranged at the server side, and the laboratory function module and the laboratory management module are arranged on the computer at the client side.
The whole system software adopts a modularized design, depends on entrusted projects, carries out field measurement or sample collection aiming at the properties of specific measurement projects, and carries out laboratory analysis on collected samples to obtain measurement results; the whole system is based on a TCP/IP network protocol, and an FTP text transmission protocol is used as a bridge for communication between a server side and a client side, so that a distributed interactive laboratory management system with a sharable data platform is established.
Further, as shown in fig. 2, the laboratory function module includes:
the work item and equipment management module is used for displaying information of the entrustment item, the instrument equipment, the radioactive substances and the consumables;
the field measurement module is used for inputting and checking the radiation dose rate of the nuclear radiation field radionuclide;
the system comprises a sample management module, a data processing module and a data processing module, wherein the sample management module is used for checking information of samples collected from a nuclear radiation field to a laboratory, and sample managers can manage the collected samples and execute corresponding operations through the module;
the laboratory analysis module is used for checking information obtained by analyzing the sample;
the data management module is used for checking electronic document data and the form;
and the report quality management module is used for calculating data involved in the report and controlling the quality of the data, so that the quality control is carried out throughout the whole process of the task.
Furthermore, the work item and equipment management module comprises a work item and related management module, a consumable management module, a radioactive substance management module and a fixed asset management module;
the work item and related management module includes:
the entrusted project management module is used for displaying information of an entrusted project, including a task order number, a project name, an entrusted unit, a project responsible person, a project process and report auditing information;
the instrument management module is used for managing the measuring instruments which need to be brought into a laboratory and are managed according to laboratory classification bases and numbering rules, wherein the measuring instruments comprise instrument numbers, use purposes and the like corresponding to the measuring instruments, for example, an LB770 low background alpha beta measuring device is identified by an instrument number LB770-1004827, and the use purposes are as follows: total α β measurement;
the standard substance checking module is used for displaying parameter information of a standard substance for calibrating the measuring instrument, the parameter information comprises information such as certificate numbers, verification dates, units and standard substance names of the standard substance, and the standard substance checking module is used for conveniently checking all the standard substances;
the instrument scale condition module is used for checking the scale condition of the measuring instrument and carrying out filtering and searching operation on data information on a corresponding functional interface by a user, and the instrument scale condition mainly comprises information such as an instrument name, a test item, a verification date, an instrument factory number, an instrument laboratory number and the like;
the sample type management module is used for checking the sample type and the corresponding type number and managing the sample;
the measurement project management module is used for generally introducing the properties of the measurement projects, and the properties of the measurement projects comprise laboratory analysis and field measurement;
the instrument equipment management module, the sample type management module and the measurement project management module can be used for a user to add, delete, modify and store data information on a functional interface corresponding to each module;
the consumable management module includes:
the consumable checking module is used for displaying information of the consumables, wherein the information of the consumables comprises model specifications, warehousing quantity, ex-warehouse quantity and storage places;
the consumable goods procurement module is used for filling procurement information of the consumable goods by the user, wherein the procurement information comprises information such as a consumable goods name, procurement date, procurement quantity, procurement personnel, manufacturers or suppliers, warehousing condition, use and the like;
the purchase order output module is used for screening purchase-applied consumable information according to purchase-applied date and consumable names, generating a purchase application form in a PDF format, and synchronously importing the purchase application form into a laboratory database;
the consumable acceptance module is used for displaying a consumable acceptance interface and allowing a user to input a consumable acceptance result on the consumable acceptance interface;
the consumable warehousing management module is used for displaying warehousing information of the consumables;
the warehousing entry output module is used for screening out the information of the consumables to be warehoused according to the warehousing date and the name of the consumables, generating a warehousing entry in a PDF format, and synchronously importing the warehousing entry into a laboratory database;
the consumable ex-warehouse management module is used for displaying ex-warehouse information of the consumable;
the ex-warehouse list output module is used for screening out the information of the ex-warehouse consumables according to the ex-warehouse date and the names of the consumables, generating an ex-warehouse list in a PDF format, and synchronously importing the ex-warehouse list into a laboratory database;
the consumable checking module, the consumable procurement module, the consumable warehousing management module and the consumable ex-warehousing management module can be used for the user to add, delete, modify, filter, search and store data information on the functional interface corresponding to each module;
the radioactive substance management module comprises:
the material account management module is used for displaying the information of the radioactive materials, wherein the information of the radioactive materials comprises information such as material numbers, material names, purchase dates, quantity, account status, use status, last-used users and the like;
the application and record management module is used for displaying the use and record information of the radioactive substances, wherein the use and record information of the radioactive substances comprises information such as application date, application number, application personnel, department responsible personnel, use content, application reason, use plan, application department, application purpose and the like;
the material standing book management module and the application filing management module can be used for a user to add, delete, modify and filter and search data information on a corresponding functional interface;
the fixed asset management module includes:
the fixed asset viewing module is used for displaying information of fixed platform equipment in the laboratory;
and the verification and calibration module is used for displaying verification and calibration information of the fixed platform equipment.
Further, the field measurement module comprises a radioactive substance measurement module and a radioactive substance transportation monitoring module;
the radioactive substance measuring module is used for measuring the dose rate of the radioactive substance on the nuclear radiation site, and comprises a gamma dose rate measuring module, a neutron dose rate measuring module, a surface pollution measuring module, radon and daughter measuring modules, wherein the gamma dose rate measuring module, the neutron dose rate measuring module, the surface pollution measuring module, the radon and daughter measuring modules comprise:
the device scale management module is used for displaying the scale condition of the measuring instrument and providing the user to add, delete and modify data information on the corresponding functional interface;
the equipment measurement management module is used for presenting a measurement equipment management interface and allowing a user to input measurement information, wherein the measurement information comprises a project name, an instrument name and a monitoring working condition;
the table statistics output module is used for presenting the measurement information in a PDF format;
the radioactive substance transportation monitoring module is used for displaying the transportation record information of the radioactive substance, and comprises:
the nuclide information management module is used for checking nuclide information, wherein the nuclide information comprises a nuclide name, a half-life period, an A1 activity, an A2 activity, an exemption concentration, a first-class source, a second-class source and a third-class source, and a user can add, delete, modify and filter the nuclide information;
the detection data management module is used for displaying information of the detected goods package, including information of consignment units, detection places, detection personnel, goods package numbers, nuclide names, activities, source numbers, goods package types, grades, surface pollution and the like, and can be used for a user to perform operations such as addition, deletion, modification, filtering, searching, updating and the like on a corresponding functional interface;
the entrusting unit management module is used for displaying information of an entrusting unit and carrying out operations of adding and deleting, filtering, searching and storing data information on a corresponding functional interface of a user;
the goods package proving module is used for displaying the goods package detection report information, including certificate numbers, invoice numbers, unit prices, the number of radioactive sources, total activity, delivery units and charging units, and providing the users to add, delete, filter, search and store the data information on the corresponding functional interfaces;
the invoice management module is used for inputting invoice details and displaying invoice information by a user;
the electronic invoice importing module is used for importing the electronic invoice in the PDF format into a user and synchronously importing the electronic invoice into a laboratory database;
the charging contract management module is used for displaying the charging condition and the invoice issuing condition in a contract format;
the detection work arrangement module is used for checking the information of the staff participating in the monitoring of the transportation of the goods package;
the data import management module is used for importing and displaying the related information of the entrusting unit and the related information of the detection unit;
the appointment detection management module is used for displaying the information of the radioactive substances for appointment detection;
the graph statistical analysis module is used for displaying the information of the radioactive substance transportation goods package by using visual graph information;
and the comprehensive certificate management module is used for summarizing and presenting comprehensive information of the radioactive substance transportation monitoring module.
Further, a sample management module for managing samples collected from a nuclear radiation site to a laboratory, comprising:
the acquisition and input module is used for a user to edit sampling information and synchronously import the sampling information into a laboratory database, wherein the sampling information comprises a project name, a sample number, a sampling place, sampling time, sampling amount, sample category and application;
the sampling recording module is used for displaying sampling information of the sample;
the handover recording module is used for a user to edit handover information of the sample;
the confirming and warehousing module is used for checking warehousing information of the samples;
the sample circulation module is used for displaying and inputting circulation information of the sample;
and the sample comprehensive management module is used for summarizing and displaying comprehensive information of the samples.
Further, the laboratory analysis module comprises:
the physical measurement module is used for checking activity information of the radioactive nuclides measured in a physical mode, and comprises information obtained by total alpha total beta concentration, high-purity germanium gamma nuclide, liquid flash beta nuclide and accumulated dose, and the physical measurement module comprises a total alpha total beta concentration analysis submodule, a high-purity germanium gamma nuclide analysis submodule, a liquid flash beta nuclide analysis submodule and an accumulated dose detection submodule;
the element analysis module is used for checking related information of natural radionuclide or radioactive isotopes of the radionuclide, including uranium elements, thorium elements and potassium-40, and comprises a laser measurement U analysis submodule, an ultraviolet spectrometry Th analysis submodule and an atomic absorption measurement K40 analysis submodule;
the radiochemical analysis module is used for viewing activity information of the radionuclide measured by chemical means, and comprises Sr-90, Cs-137, Po-210, Pb-210 and Ra-226, and comprises an Sr-90 measurement and analysis submodule, a Cs-137 measurement and analysis submodule, a Po-210 measurement and analysis submodule, a Pb-210 measurement and analysis submodule and an Ra-226 measurement and analysis submodule;
each sub-module under the physical measurement module, each sub-module under the element analysis module and each sub-module under the radiochemical analysis module all comprise:
the standard substance management unit is used for checking the information of the standard substance related to the measurement items of the corresponding sub-modules;
the background data management unit is used for checking background measurement data of the instrument and equipment in different states and displaying the background measurement data in an image-text mode;
the efficiency scale management unit is used for displaying relevant information of the efficiency scales of the instrument and equipment;
the sample preparation management unit is used for displaying and displaying relevant information of sample pretreatment;
the measurement data management unit is used for displaying processing information of the measurement data;
the form statistic output unit is used for presenting the information of other units in a PDF format;
the total alpha total beta concentration analysis submodule and each submodule under the radiochemical analysis module also comprise: an electroplating source and sample measurement management unit for inputting experimental data of the electroplating source and the sample to be measured by the instrument and equipment under different states
The liquid flash beta nuclide analysis submodule further comprises: a spectrogram display unit;
the high-purity germanium gamma nuclide analysis submodule further comprises:
the liquid nitrogen filling management unit is used for displaying related information of liquid nitrogen filling and using states;
the spectrogram recording management unit is used for checking related information of the spectrogram file;
a nuclide information management unit for displaying information of all gamma nuclides that the high-purity germanium can measure;
the spectrum measurement and analysis unit is preferably independently developed spectrum analysis software, can perform spectrum analysis on a spectrum file with a provided format or convert the spectrum file into a file with a known format and the like, has the functions of simultaneously displaying a sample spectrum and a background spectrum, giving a spectrum analysis result according to nuclides set by a user and the like, and can realize seamless combination with system data processing and management, so that the spectrum analysis work is quite simple, the spectrum analysis work is easy to operate, the operation is simple, and the measurement and analysis work of a high-purity germanium spectrometer is convenient to develop;
and the spectrum resolving result management unit is used for displaying the spectrum resolving result, and the spectrum resolving result can be directly stored in the database without manual entry, so that the human capital is greatly saved.
Further, the data management module comprises:
the electronic document data module is used for displaying document data for a user to check or learn;
and the record table management module is used for viewing the forms stored in the laboratory database.
Further, the report quality management module includes:
and the calculation and parameter setting module is used for setting a confidence interval and deleting suspicious data or carrying out Poisson distribution verification on the data according to the confidence interval so as to ensure the accuracy of the reported data.
Further, a laboratory management system for managing a radioactivity monitoring laboratory further comprises:
and the output equipment is connected with the laboratory function modules and used for outputting the forms corresponding to the modules, namely the output equipment is connected with a computer of the client and used for outputting the forms corresponding to the function modules.
Further, the output devices include printers for printing the various forms.
To better understand the laboratory management system for managing a radioactivity monitoring laboratory provided by the present invention, the process of monitoring radioactivity at an XX radiopharmaceutical factory site using the present invention is further described.
Step 1: the entrusting unit submits entrusting application and related data according to the requirement, and the government department issues a routine monitoring plan of the radiation environment;
step 2: performing on-site investigation according to the technical specification requirement, designating a detection technical scheme, and making preparation work before detection by a detector;
and step 3: sampling and testing on site;
and 4, step 4: sample preservation, identification, transportation and handover;
and 5: preparing before analysis and test;
step 6: analyzing and testing the sample and the quality control sample;
and 7: data processing, namely analyzing the test report form far away from the record;
and 8: compiling a detection report and a report;
and step 9: auditing a detection report;
step 10: the authorized signatory audits and issues a detection report;
step 11: filing materials such as detection reports; and/or the entrusting party transacts procedures and extracts reports; and/or reporting the radiation environment quality to government authorities.
Wherein, on-site sampling and on-site testing specifically include:
step 30: a worker receives the tasks of field measurement and sampling;
step 31: after the task is picked up, firstly, the intelligent handheld terminal is held to shoot an area to be investigated, and the area of on-site measurement and sampling is confirmed;
step 32: carrying out field measurement by adopting a portable radiation monitoring instrument;
step 33: surveying sampling points, selecting proper sampling points, sampling, printing labels, sealing samples and sealing boxes;
step 34: the method comprises the steps that a remote monitoring terminal is utilized, and measurement data and sampling data which can be obtained on site are obtained under the remote monitoring terminal;
step 35: the sample was taken to the laboratory. The specific application of the laboratory management system provided by the invention comprises the following processes:
a user inputs a user name and a password to enter the system through a login module;
the method comprises the steps that a work project and equipment management module enters a work project and related management module and then enters a consignment project management module, a user inputs information of consignment projects in a function interface corresponding to the consignment project management module, related files are built, a scheme is uploaded, and contents such as measurement projects are distributed according to requirements of the consignment projects.
According to the properties of the measurement items, the field measurement and the laboratory analysis are carried out, the field measurement and the field sampling are carried out, and the sample is carried to the laboratory for the laboratory analysis.
Inputting field measurement results through operations such as addition, deletion, modification and the like in each functional interface corresponding to the field measurement module, and synchronously importing the results into a laboratory database;
the information of the sample is managed in the sample management module, the sample is correspondingly analyzed according to the category of the measurement items through the lower surface of the laboratory analysis module, the measurement result is recorded in each functional interface corresponding to the laboratory analysis module through operations such as addition, deletion, modification and the like, corresponding calculation is carried out through the calculation and parameter setting module, and a corresponding report is generated.
If the entrusted project belongs to field measurement content, classifying according to gamma dose rate measurement, neutron dose rate measurement, surface pollution measurement, radon and daughter measurement and radioactive substance transportation monitoring, and then carrying out corresponding measurement; if the requested item belongs to field sampling, classifying the item according to physical measurement analysis, element measurement analysis and radiochemical measurement analysis in laboratory analysis after sampling, classifying the item according to total alpha total beta concentration analysis, high-purity germanium gamma nuclide analysis, liquid scintillation beta nuclide submodule and accumulated dose detection in the physical measurement analysis and performing corresponding measurement, classifying the item according to laser measurement U analysis, ultraviolet spectroscopy Th analysis and atomic absorption measurement K40 analysis in the element measurement analysis and performing corresponding measurement, and classifying the item according to Sr-90 measurement analysis, Cs-137 measurement analysis, Po-210 measurement analysis, Pb-210 measurement analysis and Ra-226 measurement analysis in the radiochemical analysis and performing corresponding measurement.
The above description is only a preferred embodiment of the application and is illustrative of the principles of the technology employed. It will be appreciated by those skilled in the art that the scope of the invention herein disclosed is not limited to the particular combination of features described above, but also encompasses other arrangements formed by any combination of the above features or their equivalents without departing from the inventive concept. For example, the above features may be replaced with (but not limited to) features having similar functions disclosed in the present application.
Claims (8)
1. A laboratory management system for managing a radioactivity monitoring laboratory is characterized by comprising a login module, a laboratory database, a laboratory function module, a laboratory management module, an acquisition module, a screening module and a transmission module;
the login module is connected with the laboratory function module and is used for enabling a user to enter the laboratory function module after inputting login information;
the laboratory function module is connected with the laboratory database and used for calling corresponding data information from the laboratory database after sending a function request to the laboratory database and displaying the corresponding data information as a corresponding function interface;
the laboratory management module is connected with the laboratory function module, and is used for a user to adjust the data information on the function interface and synchronously import the adjusted data information into the laboratory database;
the acquisition module is used for acquiring the function request sent by the laboratory function module;
the screening module is used for screening data information related to the function request in the laboratory database according to the function request;
the transmission module is used for transmitting data information associated with the function request to the laboratory function module;
the laboratory function module includes: the system comprises a work project and equipment management module, a field measurement module, a sample management module, a laboratory analysis module, a data management module and a report quality management module;
the work item and equipment management module is used for displaying information of the entrustment item, the instrument equipment, the radioactive substances and the consumables;
the field measurement module is used for inputting and checking the radiation dose rate of the nuclear radiation field radionuclide;
the sample management module is used for viewing information of samples collected from a nuclear radiation field to a laboratory;
the laboratory analysis module is used for checking information obtained by analyzing the sample;
the data management module is used for checking electronic document data and a form;
the report quality management module is used for calculating data related to the report and controlling the quality of the data;
the laboratory analysis module comprises: the device comprises a physical measurement module, an element analysis module and a radiochemical analysis module;
the physical measurement module is used for checking the related information of the radionuclide measured by adopting a physical mode, and comprises information obtained by total alpha total beta concentration, high-purity germanium gamma nuclide, liquid flash beta nuclide and accumulated dose, and the physical measurement module comprises a total alpha total beta concentration analysis submodule, a high-purity germanium gamma nuclide analysis submodule, a liquid flash beta nuclide analysis submodule and an accumulated dose detection submodule;
the element analysis module is used for checking related information of natural radionuclide or radioactive isotopes of the radionuclide, including uranium elements, thorium elements and potassium-40, and comprises a laser measurement U analysis submodule, an ultraviolet spectrometry Th analysis submodule and an atomic absorption measurement K40 analysis submodule;
the radiochemical analysis module is used for viewing activity information of the radionuclide measured by chemical means, and comprises Sr-90, Cs-137, Po-210, Pb-210 and Ra-226, and the radiochemical analysis module comprises an Sr-90 measurement and analysis submodule, a Cs-137 measurement and analysis submodule, a Po-210 measurement and analysis submodule, a Pb-210 measurement and analysis submodule and an Ra-226 measurement and analysis submodule;
each sub-module under the physical measurement module, each sub-module under the elemental analysis module, and each sub-module under the radiochemical analysis module all include: the system comprises a standard substance management unit, a background data management unit, an efficiency scale management unit, a sample preparation management unit, a measurement data management unit and a form statistic output unit;
the standard substance management unit is used for checking the information of the standard substance related to the measurement items of the corresponding sub-modules;
the background data management unit is used for checking background measurement data of the instrument and equipment in different states and displaying the background measurement data in an image-text mode;
the efficiency scale management unit is used for displaying relevant information of the efficiency scales of the instrument and equipment;
the sample preparation management unit is used for displaying and displaying relevant information of sample pretreatment;
the measurement data management unit is used for displaying processing information of the measurement data;
the form statistic output unit is used for presenting information of other units in a PDF format;
the total alpha total beta concentration analysis submodule and each submodule under the radiochemical analysis module further comprise: the electroplating source and sample measurement management unit is used for inputting experimental data of the electroplating source and the sample to be measured by the instrument and equipment in different states;
the liquid flash beta nuclide analysis submodule further comprises: a spectrogram display unit;
the high-purity germanium gamma nuclide analysis submodule further comprises: the system comprises a liquid nitrogen filling management unit, a spectrogram recording management unit, a nuclide information management unit, a measurement spectrum resolving unit and a spectrum resolving result management unit;
the liquid nitrogen filling management unit is used for displaying related information of liquid nitrogen filling and using states;
the spectrogram recording management unit is used for checking related information of the spectrogram file;
the nuclide information management unit is used for displaying information of all gamma nuclides which can be measured by high-purity germanium;
the measurement spectrum decoding unit is used for performing spectrum decoding analysis on the spectrum file;
the spectrum resolving result management unit is used for displaying a spectrum resolving result;
the laboratory management system for managing the radioactivity monitoring laboratory adopts a C/S framework, the laboratory database, the acquisition module, the screening module and the transmission module are arranged at a server side, and the laboratory function module and the laboratory management module are arranged on a computer of a client side.
2. The laboratory management system for managing a radioactivity monitoring laboratory according to claim 1, wherein said work item and equipment management modules comprise a work item and related management module, a consumable management module, a radioactive substance management module, and a fixed asset management module;
the work item and related management module comprises:
the entrusted project management module is used for displaying information of an entrusted project, including a task order number, a project name, an entrusted unit, a project responsible person, a project process and report auditing information;
the instrument management module is used for managing the measuring instruments which need to be brought into a laboratory to be managed according to the laboratory classification basis and the numbering rule;
the standard substance checking module is used for displaying parameter information of a standard substance for calibrating the measuring instrument;
the instrument scale condition module is used for checking the scale condition of the measuring instrument and enabling a user to carry out filtering and searching operation on data information on a corresponding functional interface;
the sample type management module is used for checking the sample type and the corresponding type number and managing the sample;
the measurement project management module is used for generally introducing the properties of the measurement projects, wherein the properties of the measurement projects comprise laboratory analysis and field measurement;
the instrument equipment management module, the sample category management module and the measurement project management module are all used for a user to add, delete, modify and store data information on a functional interface corresponding to each module;
the consumable management module comprises:
the system comprises a consumable checking module, a storage module and a display module, wherein the consumable checking module is used for displaying information of consumables, and the information of the consumables comprises model specifications, warehousing quantity, ex-warehouse quantity and storage places;
the consumable goods procurement module is used for filling procurement information of the consumable goods by the user, wherein the procurement information comprises the name of the consumable goods, the procurement date, the quantity of the procurement, the procurement personnel, the manufacturer or the supplier, the warehousing condition and the application;
the purchase order output module is used for screening purchase-applied consumable information according to purchase-applied date and consumable names, generating a purchase application form in a PDF format, and synchronously importing the purchase application form into the laboratory database;
the consumable acceptance module is used for displaying a consumable acceptance interface and allowing a user to input a consumable acceptance result on the consumable acceptance interface;
the consumable warehousing management module is used for displaying warehousing information of the consumables;
the warehousing entry output module is used for screening out the information of the consumables to be warehoused according to the warehousing date and the name of the consumables, generating a warehousing entry in a PDF format, and synchronously importing the warehousing entry into the laboratory database;
the consumable ex-warehouse management module is used for displaying ex-warehouse information of the consumable;
the ex-warehouse list output module is used for screening out the information of the ex-warehouse consumables according to the ex-warehouse date and the names of the consumables, generating an ex-warehouse list in a PDF format, and synchronously importing the ex-warehouse list into the laboratory database;
the consumable checking module, the consumable procurement module, the consumable warehousing management module and the consumable ex-warehousing management module can be used for a user to add, delete, modify, filter, search and store data information on a functional interface corresponding to each module;
the radioactive substance management module comprises:
the material account management module is used for displaying the information of the radioactive materials, wherein the information of the radioactive materials comprises material numbers, material names, purchase dates, quantity, account status, use status and finally used users;
the application and record management module is used for displaying the use and record information of the radioactive substances, wherein the use and record information of the radioactive substances comprises application date, application numbers, application personnel, department responsible persons, use contents, application reasons, use plans and application departments;
the material standing book management module and the application filing management module can be used for a user to perform operations of adding, deleting, modifying, filtering and searching data information on a corresponding functional interface;
the fixed asset management module comprises:
the fixed asset viewing module is used for displaying information of fixed platform equipment in the laboratory;
and the verification and calibration module is used for displaying verification and calibration information of the fixed platform equipment.
3. The laboratory management system for managing a radioactivity monitoring laboratory according to claim 1, wherein said field measurement modules comprise a radioactive material measurement module and a radioactive material transport monitoring module;
the radioactive substance measuring module is used for measuring the dose rate of the radioactive substance on the nuclear radiation site, and comprises a gamma dose rate measuring module, a neutron dose rate measuring module, a surface pollution measuring module, and a radon and daughter measuring module, wherein the gamma dose rate measuring module, the neutron dose rate measuring module, the surface pollution measuring module, and the radon and daughter measuring module comprise:
the device scale management module is used for displaying the scale condition of the measuring instrument and providing the user to add, delete and modify data information on the corresponding functional interface;
the equipment measurement management module is used for presenting a measurement equipment management interface and allowing a user to input measurement information, wherein the measurement information comprises a project name, an instrument name and a monitoring working condition;
the table statistics output module is used for presenting the measurement information in a PDF format;
the radioactive substance transportation monitoring module is used for displaying the transportation record information of the radioactive substance, and comprises:
the nuclide information management module is used for checking nuclide information, wherein the nuclide information comprises a nuclide name, a half-life period, an A1 activity, an A2 activity, an exemption concentration, a first-class source, a second-class source and a third-class source, and a user can add, delete, modify and filter the nuclide information;
the detection data management module is used for displaying information of the detected goods package, including consignment units of appointment detection, detection places, detection personnel, goods package numbers, nuclide names, activities, source numbers, goods package types, grades and surface pollution, and can be used for a user to perform operations such as addition, deletion, modification, filtering, searching, updating and the like on a corresponding functional interface;
the entrusting unit management module is used for displaying information of an entrusting unit and carrying out operations of adding and deleting, filtering, searching and storing data information on a corresponding functional interface of a user;
the goods package proving module is used for displaying the goods package detection report information, including certificate numbers, invoice numbers, unit prices, the number of radioactive sources, total activity, delivery units and charging units, and providing the users to add, delete, filter, search and store the data information on the corresponding functional interfaces;
the invoice management module is used for inputting invoice details and displaying invoice information by a user;
the electronic invoice importing module is used for importing an electronic invoice in a PDF format by a user and synchronously importing the electronic invoice into the laboratory database;
the charging contract management module is used for displaying the charging condition and the invoice issuing condition in a contract format;
the detection work arrangement module is used for checking the information of the staff participating in the monitoring of the transportation of the goods package;
the data import management module is used for importing and displaying the related information of the entrusting unit and the related information of the detection unit;
the appointment detection management module is used for displaying the information of the radioactive substances for appointment detection;
the graph statistical analysis module is used for displaying the information of the radioactive substance transportation goods package by using visual graph information;
and the comprehensive certificate management module is used for summarizing and presenting comprehensive information of the radioactive substance transportation monitoring module.
4. The laboratory management system for managing a radioactivity monitoring laboratory according to claim 1, wherein said sample management module comprises:
the acquisition and input module is used for a user to edit sampling information and synchronously import the sampling information into the laboratory database, wherein the sampling information comprises a project name, a sample number, a sampling place, sampling time, sampling amount, sample type and application;
the sampling recording module is used for displaying sampling information of the sample;
the handover recording module is used for a user to edit handover information of the sample;
the confirming and warehousing module is used for checking warehousing information of the samples;
the sample circulation module is used for displaying and inputting circulation information of the sample;
and the sample comprehensive management module is used for summarizing and displaying comprehensive information of the samples.
5. A laboratory management system for managing a radioactivity monitoring laboratory according to claim 1, wherein said profile management module comprises:
the electronic document data module is used for displaying document data for a user to check or learn;
and the record table management module is used for viewing the table stored in the laboratory database.
6. The laboratory management system for managing a radioactivity monitoring laboratory according to claim 1, wherein said report quality management module comprises:
and the calculation and parameter setting module is used for setting a confidence interval and deleting suspicious data or carrying out Poisson distribution verification on the data according to the confidence interval so as to ensure the accuracy of the reported data.
7. A laboratory management system for managing a radioactivity monitoring laboratory according to any of claims 1-6, further comprising:
and the output equipment is connected with the laboratory function module and used for outputting the forms corresponding to the modules.
8. The laboratory management system for managing a radioactivity monitoring laboratory according to claim 7, wherein said output device comprises a printer.
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| 实验室信息管理系统的设计与实现;陈爽;《中国优秀博硕士学位论文全文数据库(硕士) 信息科技辑》;20170715;正文第4-5，14-27,31-40页 * |
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