CN102155376A - Hydraulic pump driven by nuclear radiation energy and using method thereof - Google Patents
Hydraulic pump driven by nuclear radiation energy and using method thereof Download PDFInfo
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- CN102155376A CN102155376A CN2011100531331A CN201110053133A CN102155376A CN 102155376 A CN102155376 A CN 102155376A CN 2011100531331 A CN2011100531331 A CN 2011100531331A CN 201110053133 A CN201110053133 A CN 201110053133A CN 102155376 A CN102155376 A CN 102155376A
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Abstract
The invention discloses a hydraulic pump driven by nuclear radiation energy and a using method thereof. Clavate plutonium emits heat energy continuously; an aluminum column absorbs ion irradiation, and the occurrence of nuclear critical accident is avoided and the heat energy is conducted; a copper heat conduction stick transfers the heat energy to a heat expansion liquid in a pressure chamber through a manual diamond; the heat expansion liquid absorbs the heat energy to expanse, a piston is pushed to move upward, and a pressure piston fixed at the top part of the piston is compressed; the hydraulic oil in a hydraulic oil tank is pushed and pressed by the piston to generate liquid compression; the hydraulic oil is discharged from an oil discharging pipe; the heat expansion liquid is discharged from an outlet valve; the low-temperature heat expansion liquid is input from an inlet valve; the volume of a heat expansion liquid is reduced; the pressure spring is stretched, and the piston is pushed to move downward; vacuum is formed in the hydraulic oil tank, and the hydraulic oil is input from the oil inlet pipe to the hydraulic oil tank. By adopting the technical scheme provided by the invention, the hydraulic pump has a steady and long-term motive power source, and simultaneously any waste material and substance consumption are not generated.
Description
Technical field
The present invention relates to the power technology field, relate in particular to oil hydraulic pump and using method thereof that a kind of nuclear radiation can drive.
Background technique
Oil hydraulic pump is a hydraulic pressure installation independently, and it is by requirement fuel feeding step by step, and direction, pressure and the flow of control hydraulic oil flow, is applicable on the various hydraulic machineries.Its working principle is that electric energy is changed into mechanical energy, and then converts the pressure energy of oil hydraulic pump again to, and hydraulic oil is by the adjusting of valve combination realization pressure, direction and flow, and final realization promotes various hydraulic press actings.
Existing oil hydraulic pump all is by power-actuated basically on the market, consumes electric power and just equals the depleting substance energy, brings waste material and environmental pollution simultaneously, and obtains material and handle waste material all cost consumption to be arranged.
Summary of the invention
The objective of the invention is to propose oil hydraulic pump and the using method thereof that a kind of nuclear radiation can drive, have stable and long-term power resources, do not produce any waste material and material consumption simultaneously.
For reaching this purpose, the present invention by the following technical solutions:
The oil hydraulic pump that a kind of nuclear radiation can drive comprises heater, artificial diamond, pressure chamber, piston and hydraulic oil container,
Heater further comprises aluminum alloy post, bar-shaped plutonium, aluminium matter can and copper heat conducting bar, bar-shaped plutonium forms a circle, the aluminum alloy post casts in the circle of bar-shaped plutonium, bar-shaped plutonium periphery is covered by aluminium matter can, and the copper heat conducting bar is worn the peraluminous can, inserts in the top slot of aluminum alloy post, bar-shaped plutonium is used to launch heat energy, the aluminum alloy post is used to absorb ionizing radiation and conduction heat energy, and aluminium matter can is used to stop nuclear radiation and heat energy to leak, and the copper heat conducting bar is used for heat conduction;
Artificial diamond is the artificial diamond of mushroom, pressure chamber is the High Alloy Steel seal, the umbrella portion of artificial diamond inserts pressure chamber, the seal ring sealing is arranged between artificial diamond and the pressure chamber, the root of artificial diamond is fixed in the copper heat conducting bar top slot, pressure chamber offers inlet valve and outlet valve, pressure chamber is used to hold thermally-expansible liquid, artificial diamond is used for the thermal energy transfer of copper heat conducting bar is given the thermally-expansible liquid of pressure chamber, inlet valve is used for the thermally-expansible liquid of input cooling in pressure chamber, and outlet valve is used for discharging the thermally-expansible liquid of heating outside pressure chamber;
Piston comprises the upper end of bar-shaped lower end and dish shape, hydraulic oil container is the High Alloy Steel seal, the hydraulic oil container bottom is connected by the polycarbonate (PC) spacer tube with the pressure chamber top, hydraulic oil container is separated into more than a cabin, each cabin is provided with oil inlet pipe and oil outlet tube, the hydraulic oil container cabin is used to hold hydraulic oil, oil inlet pipe is used for to hydraulic oil container cabin input hydraulic pressure oil, oil outlet tube is used for discharging the hydraulic oil of hydraulic pressure tank bay chamber, pressure chamber is inserted in the bar-shaped lower end of piston, be positioned on the inlet valve and outlet valve of pressure chamber, be used for transmitting pressure chamber thermally-expansible liquid pressure, the upper end of piston dish shape is provided with the dish shape layer identical with hydraulic oil container cabin quantity, and each dish shape layer is positioned at corresponding hydraulic oil container cabin interior, is used for hydraulic oil is produced pressure;
Piston head is provided with the fixed pressure spring, and pressure spring is used for piston is produced pressure, guarantees piston reset.
The material of bar-shaped plutonium is plutonium 238 or plutonium dioxide, and pressure chamber interior heat expanding liquid is mercury or kerosene.
Also comprise the radiation shield layer, heater is positioned at radiation shield layer inside, is provided with the Kevlar material layer between the bottom of heater and the radiation shield layer, is used for heat insulation, between other parts of heater and the radiation shield layer is vacuum, is used to stop nuclear radiation to leak and the heat transmission.
Also comprise suction pump and cooling system, suction pump one end links to each other with outlet valve, be used for the thermally-expansible liquid of heating is extracted out, the other end of suction pump is connected with an end of cooling system, be used for by the thermally-expansible liquid of cooling system cooling heating, the other end of cooling system is connected with inlet valve, is used for the thermally-expansible liquid of cooling is entered in the pressure chamber by the inlet valve of pressure chamber again.
Also comprise cloche, pressure chamber is positioned at cloche inside, is vacuum between cloche and the pressure chamber; Also comprise the integrated support frame, the integrated support frame is used for pressure chamber and hydraulic oil container are connected and fixed.
The inlet valve of pressure chamber is an one way stop peturn valve, and the outlet valve of pressure chamber is automatically controlled spherical valve, and the oil inlet pipe and the oil outlet tube of hydraulic oil container are controlled by one-way valve, and is connected by connecting tube, is used for unified oil-feed and fuel-displaced.
Hydraulic oil container is divided into 6 cabins, and the upper end of piston dish shape is provided with 6 dish shape layers.
The bar-shaped lower edge of piston is wrapped in zero type piston ring, is used for sealing; Each dish shape layer edge is wrapped in zero type piston ring, is used for sealing; The bottom of piston is provided with the insulation material layer of high temperature resistance high pressure, is used to stop heat transmission.
Also comprise being no less than 2 sealing gaskets, 1 sealing gasket is used to prevent that thermally-expansible liquid from overflowing between piston rod and pressure chamber, and other sealing gaskets are used to prevent that hydraulic oil from overflowing between piston rod and hydraulic oil container cabin wall.
The using method of the oil hydraulic pump that a kind of nuclear radiation can drive may further comprise the steps:
Bar-shaped plutonium in A, the heater continues emission heat energy, the aluminum alloy post conduction heat energy in the bar-shaped plutonium circle;
B, the copper heat conducting bar that connects the aluminum alloy post pass to thermally-expansible liquid in the pressure chamber with heat energy by artificial diamond;
The heat expansion liquid bulk absorption heat energy of C, pressure chamber expands, and piston is produced pressure, and the piston that promotes in the pressure chamber moves upward, and is fixed on the pressure spring compression of piston head simultaneously;
Hydraulic oil in D, the piston pushing hydraulic oil container produces hydraulic pressure, and hydraulic oil is discharged from the oil outlet tube of hydraulic oil container;
E, pressure chamber thermally-expansible liquid are from pressure chamber outlet valve head pressure cabin, and the low temperature thermally-expansible liquid is from the inlet valve incoming pressure cabin of pressure chamber, pressure chamber thermally-expansible liquid volume shrinkage;
F, the pressure spring that is fixed on piston head are upheld, and promote piston and move down;
Form vacuum in G, the hydraulic oil container, hydraulic oil is from the oil inlet pipe input hydraulic pressure fuel tank of hydraulic oil container.
Adopted technological scheme of the present invention, utilize nuclear energy to drive oil hydraulic pump, oil hydraulic pump itself changes into heat energy with nuclear energy, and then transform into mechanical energy, and finally convert the pressure energy to, not only can promote various hydraulic press actings, but also can drive motor and generator for electricity generation, because radiativity Material Characteristics, this kind oil hydraulic pump have stable and long-term power resources, do not produce any waste material and material consumption simultaneously.
Description of drawings
Fig. 1 is the schematic appearance of the oil hydraulic pump of specific embodiment of the invention center radiation energy driving.
Fig. 2 is first structural representation of the oil hydraulic pump of specific embodiment of the invention center radiation energy driving.
Fig. 3 is second structural representation of the oil hydraulic pump of specific embodiment of the invention center radiation energy driving.
Fig. 4 is the piston structure schematic representation of the oil hydraulic pump of specific embodiment of the invention center radiation energy driving.
Embodiment
Further specify technological scheme of the present invention below in conjunction with accompanying drawing and by embodiment.
Fig. 1 is the schematic appearance of the oil hydraulic pump of specific embodiment of the invention center radiation energy driving.Fig. 2 is first structural representation of the oil hydraulic pump of specific embodiment of the invention center radiation energy driving.Fig. 3 is second structural representation of the oil hydraulic pump of specific embodiment of the invention center radiation energy driving.Fig. 4 is the piston structure schematic representation of the oil hydraulic pump of specific embodiment of the invention center radiation energy driving.
To shown in Figure 4, the oil hydraulic pump that this nuclear radiation can drive comprises heater 1, artificial diamond 2, pressure chamber 3, piston 4 and hydraulic oil container 5 as Fig. 1.
Heater further comprises aluminum alloy post 11, bar-shaped plutonium 12, aluminium matter can 13 and copper heat conducting bar 14.The material of bar-shaped plutonium is plutonium 238 or plutonium dioxide, bar-shaped plutonium forms a circle, the aluminum alloy post casts in the circle of bar-shaped plutonium, bar-shaped plutonium periphery is covered by aluminium matter can, and the copper heat conducting bar is worn the peraluminous can, inserts in the top slot of aluminum alloy post, bar-shaped plutonium emission heat energy, aluminum alloy post conduction heat energy, aluminium matter can stops nuclear radiation and heat energy to leak the heat conduction of copper heat conducting bar.Whole heater is positioned at radiation shield layer 16 inside, the radiation shield layer can be a concrete layer, be provided with Kevlar material layer 15 between heater base and the radiation shield layer, the Kevlar material layer is heat insulation, between other parts of radiation shield layer and heater is vacuum, can stop nuclear radiation to leak and the heat transmission.
Artificial diamond is the artificial diamond of mushroom, by high pressure or chemosynthesis.
Pressure chamber is the High Alloy Steel seal, and the umbrella portion of artificial diamond inserts pressure chamber, and seal ring 21 sealings are arranged between artificial diamond and the pressure chamber.The root of artificial diamond is fixed in the copper heat conducting bar top slot, and pressure chamber offers inlet valve 31 and outlet valve 32, and the inlet valve of pressure chamber is an one way stop peturn valve, and the outlet valve of pressure chamber is automatically controlled spherical valve.
Pressure chamber holds thermally-expansible liquid 33, and pressure chamber interior heat expanding liquid is the liquid that any kind ofs such as mercury or kerosene are easy to thermal expansion.
Artificial diamond is given thermally-expansible liquid in the pressure chamber with the thermal energy transfer of copper heat conducting bar, suction pump one end links to each other with outlet valve, the thermally-expansible liquid of heating is extracted out, the other end of suction pump is connected with an end of cooling system, by the thermally-expansible liquid of cooling system cooling with heating, the other end of cooling system is connected with inlet valve, and the thermally-expansible liquid that cools off is entered in the pressure chamber by the inlet valve of pressure chamber again.
Pressure chamber is positioned at cloche 34 inside, is vacuum between cloche and the pressure chamber.
Piston comprises the upper end 42 of bar-shaped lower end 41 and dish shape, and the bottom of piston is provided with the insulation material layer 43 of high temperature resistance high pressure, can stop heat transmission.
Hydraulic oil container is the High Alloy Steel seal, and the hydraulic oil container bottom is connected by polycarbonate (PC) spacer tube 7 with the pressure chamber top.
Hydraulic oil container is separated into 6 cabins, each cabin is provided with oil inlet pipe 51 and oil outlet tube 52, the oil inlet pipe and the oil outlet tube of hydraulic oil container are controlled by one-way valve, the oil inlet pipe in all cabins of hydraulic oil container connects by connecting tube 53, be used for oil-feed, the oil outlet tube in all cabins of hydraulic oil container connects by connecting tube 53, is used for fuel-displaced.The hydraulic oil container cabin holds hydraulic oil, and oil inlet pipe is to hydraulic oil container cabin input hydraulic pressure oil, and oil outlet tube is discharged the hydraulic oil in the hydraulic pressure tank bay chamber.
Pressure chamber is inserted in the bar-shaped lower end of piston, be positioned on the inlet valve and outlet valve of pressure chamber, transmit thermally-expansible liquid pressure in the pressure chamber, the bar-shaped lower edge of piston is wrapped in zero type piston ring 44, be used for sealing, sealing gasket 45 is set between piston rod and the pressure chamber, prevents that thermally-expansible liquid from overflowing.
The upper end of piston dish shape is provided with 6 dish shape layers, each dish shape layer is positioned at corresponding hydraulic oil container cabin interior, can produce pressure to hydraulic oil, each dish shape layer edge is wrapped in zero type piston ring 46, be used for sealing, be provided with sealing gasket 47 between piston rod and every layer of hydraulic oil container cabin wall, be used to prevent that hydraulic oil from overflowing.
Piston head is provided with fixed pressure spring 48, and pressure spring produces pressure to piston.
The using method of the oil hydraulic pump that this nuclear radiation can drive is described below: the bar-shaped plutonium in the heater continues emission heat energy, aluminum alloy post in the bar-shaped plutonium circle absorbs ionizing radiation and conducts heat energy, the copper heat conducting bar that connects the aluminum alloy post passes to thermally-expansible liquid in the pressure chamber with heat energy by artificial diamond, the heat expansion liquid bulk absorption heat energy of pressure chamber, expand, piston is produced pressure, the piston that promotes in the pressure chamber moves upward, be fixed on the pressure spring compression of piston head, hydraulic oil in the piston pushing hydraulic oil container, produce hydraulic pressure, hydraulic oil is discharged from the oil outlet tube of hydraulic oil container, the pressure chamber thermally-expansible liquid is from pressure chamber outlet valve head pressure cabin, and the low temperature thermally-expansible liquid is from the inlet valve incoming pressure cabin of pressure chamber, pressure chamber thermally-expansible liquid volume shrinkage, the pressure spring that is fixed on piston head is upheld, the promotion piston moves down, and forms vacuum in the hydraulic oil container, and hydraulic oil is from the oil inlet pipe input hydraulic pressure fuel tank of hydraulic oil container.Along with new thermally-expansible liquid constantly is heated, produce and expand, new circulation begins.
The above; only for the preferable embodiment of the present invention, but protection scope of the present invention is not limited thereto, and anyly is familiar with the people of this technology in the disclosed technical scope of the present invention; the variation that can expect easily or replacement all should be encompassed within protection scope of the present invention.Therefore, protection scope of the present invention should be as the criterion with the protection domain of claim.
Claims (10)
1. the oil hydraulic pump that nuclear radiation can drive is characterized in that, comprises heater, artificial diamond, pressure chamber, piston and hydraulic oil container,
Heater further comprises aluminum alloy post, bar-shaped plutonium, aluminium matter can and copper heat conducting bar, bar-shaped plutonium forms a circle, the aluminum alloy post casts in the circle of bar-shaped plutonium, bar-shaped plutonium periphery is covered by aluminium matter can, and the copper heat conducting bar is worn the peraluminous can, inserts in the top slot of aluminum alloy post, bar-shaped plutonium is used to launch heat energy, the aluminum alloy post is used to absorb ionizing radiation and conduction heat energy, and aluminium matter can is used to stop nuclear radiation and heat energy to leak, and the copper heat conducting bar is used for heat conduction;
Artificial diamond is the artificial diamond of mushroom, pressure chamber is the High Alloy Steel seal, the umbrella portion of artificial diamond inserts pressure chamber, the seal ring sealing is arranged between artificial diamond and the pressure chamber, the root of artificial diamond is fixed in the copper heat conducting bar top slot, pressure chamber offers inlet valve and outlet valve, pressure chamber is used to hold thermally-expansible liquid, artificial diamond is used for the thermal energy transfer of copper heat conducting bar is given the thermally-expansible liquid of pressure chamber, inlet valve is used for the thermally-expansible liquid of input cooling in pressure chamber, and outlet valve is used for discharging the thermally-expansible liquid of heating outside pressure chamber;
Piston comprises the upper end of bar-shaped lower end and dish shape, hydraulic oil container is the High Alloy Steel seal, the hydraulic oil container bottom is connected by the polycarbonate (PC) spacer tube with the pressure chamber top, hydraulic oil container is separated into more than a cabin, each cabin is provided with oil inlet pipe and oil outlet tube, the hydraulic oil container cabin is used to hold hydraulic oil, oil inlet pipe is used for to hydraulic oil container cabin input hydraulic pressure oil, oil outlet tube is used for discharging the hydraulic oil of hydraulic pressure tank bay chamber, pressure chamber is inserted in the bar-shaped lower end of piston, be positioned on the inlet valve and outlet valve of pressure chamber, be used for transmitting pressure chamber thermally-expansible liquid pressure, the upper end of piston dish shape is provided with the dish shape layer identical with hydraulic oil container cabin quantity, and each dish shape layer is positioned at corresponding hydraulic oil container cabin interior, is used for hydraulic oil is produced pressure;
Piston head is provided with the fixed pressure spring, and pressure spring is used for piston is produced pressure, guarantees piston reset.
2. the oil hydraulic pump that a kind of nuclear radiation according to claim 1 can drive is characterized in that, the material of bar-shaped plutonium is plutonium 238 or plutonium dioxide, and pressure chamber interior heat expanding liquid is mercury or kerosene.
3. the oil hydraulic pump that a kind of nuclear radiation according to claim 1 can drive, it is characterized in that, also comprise the radiation shield layer, heater is positioned at radiation shield layer inside, be provided with the Kevlar material layer between the bottom of heater and the radiation shield layer, being used for heat insulationly, is vacuum between other parts of heater and the radiation shield layer, is used to stop nuclear radiation to leak and heat is transmitted.
4. the oil hydraulic pump that a kind of nuclear radiation according to claim 1 can drive, it is characterized in that, also comprise suction pump and cooling system, suction pump one end links to each other with outlet valve, be used for the thermally-expansible liquid of heating is extracted out, the other end of suction pump is connected with an end of cooling system, is used for by the thermally-expansible liquid of cooling system cooling with heating, the other end of cooling system is connected with inlet valve, is used for the thermally-expansible liquid of cooling is entered in the pressure chamber by the inlet valve of pressure chamber again.
5. the oil hydraulic pump that a kind of nuclear radiation according to claim 1 can drive is characterized in that, comprises that also cloche, pressure chamber are positioned at cloche inside, is vacuum between cloche and the pressure chamber; Also comprise the integrated support frame, the integrated support frame is used for pressure chamber and hydraulic oil container are connected and fixed.
6. the oil hydraulic pump that a kind of nuclear radiation according to claim 1 can drive, it is characterized in that, the inlet valve of pressure chamber is an one way stop peturn valve, the outlet valve of pressure chamber is automatically controlled spherical valve, the oil inlet pipe and the oil outlet tube of hydraulic oil container are controlled by one-way valve, and, be used for unified oil-feed and fuel-displaced by the connecting tube connection.
7. the oil hydraulic pump that a kind of nuclear radiation according to claim 1 can drive is characterized in that, hydraulic oil container is divided into 6 cabins, and the upper end of piston dish shape is provided with 6 dish shape layers.
8. the oil hydraulic pump that a kind of nuclear radiation according to claim 1 can drive is characterized in that, the bar-shaped lower edge of piston is wrapped in zero type piston ring, is used for sealing; Each dish shape layer edge is wrapped in zero type piston ring, is used for sealing; The bottom of piston is provided with the insulation material layer of high temperature resistance high pressure, is used to stop heat transmission.
9. the oil hydraulic pump that a kind of nuclear radiation according to claim 1 can drive, it is characterized in that, also comprise and be no less than 2 sealing gaskets, 1 sealing gasket is between piston rod and pressure chamber, be used to prevent that thermally-expansible liquid from overflowing, other sealing gaskets are used to prevent that hydraulic oil from overflowing between piston rod and hydraulic oil container cabin wall.
10. the using method of the nuclear radiation oil hydraulic pump that can drive is characterized in that, may further comprise the steps:
Bar-shaped plutonium in A, the heater continues emission heat energy, the aluminum alloy post conduction heat energy in the bar-shaped plutonium circle;
B, the copper heat conducting bar that connects the aluminum alloy post pass to thermally-expansible liquid in the pressure chamber with heat energy by artificial diamond;
The heat expansion liquid bulk absorption heat energy of C, pressure chamber expands, and piston is produced pressure, and the piston that promotes in the pressure chamber moves upward, and is fixed on the pressure spring compression of piston head simultaneously;
Hydraulic oil in D, the piston pushing hydraulic oil container produces hydraulic pressure, and hydraulic oil is discharged from the oil outlet tube of hydraulic oil container;
E, pressure chamber thermally-expansible liquid are from pressure chamber outlet valve head pressure cabin, and the low temperature thermally-expansible liquid is from the inlet valve incoming pressure cabin of pressure chamber, pressure chamber thermally-expansible liquid volume shrinkage;
F, the pressure spring that is fixed on piston head are upheld, and promote piston and move down;
Form vacuum in G, the hydraulic oil container, hydraulic oil is from the oil inlet pipe input hydraulic pressure fuel tank of hydraulic oil container.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2011100531331A CN102155376A (en) | 2011-03-07 | 2011-03-07 | Hydraulic pump driven by nuclear radiation energy and using method thereof |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2011100531331A CN102155376A (en) | 2011-03-07 | 2011-03-07 | Hydraulic pump driven by nuclear radiation energy and using method thereof |
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| CN102155376A true CN102155376A (en) | 2011-08-17 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN2011100531331A Pending CN102155376A (en) | 2011-03-07 | 2011-03-07 | Hydraulic pump driven by nuclear radiation energy and using method thereof |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108521227A (en) * | 2018-04-20 | 2018-09-11 | 理想动力科技（佛山）有限公司 | A kind of photovoltaic apparatus inverter heat-dissipating casing |
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| US2241620A (en) * | 1937-04-10 | 1941-05-13 | Shoeld Mark | Means for producing pulsating movement |
| US3379191A (en) * | 1964-04-02 | 1968-04-23 | Thermo Electron Eng Corp | Nuclear powered mechanical heart |
| DE2051159A1 (en) * | 1970-10-19 | 1972-04-20 | F Kernenergieverwertung In Sch | Isotope generator - with regenerator and cooler in gas circuit |
| US3713288A (en) * | 1969-07-21 | 1973-01-30 | E A E C | Energy converter |
| DE3435584A1 (en) * | 1984-09-27 | 1986-04-03 | Kraftwerk Union AG, 4330 Mülheim | Nuclear reactor with a reactor core which can be controlled by control rods |
| CN1041203A (en) * | 1988-10-17 | 1990-04-11 | 林志春 | Internal-force engine |
-
2011
- 2011-03-07 CN CN2011100531331A patent/CN102155376A/en active Pending
Patent Citations (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US2241620A (en) * | 1937-04-10 | 1941-05-13 | Shoeld Mark | Means for producing pulsating movement |
| US3379191A (en) * | 1964-04-02 | 1968-04-23 | Thermo Electron Eng Corp | Nuclear powered mechanical heart |
| US3713288A (en) * | 1969-07-21 | 1973-01-30 | E A E C | Energy converter |
| DE2051159A1 (en) * | 1970-10-19 | 1972-04-20 | F Kernenergieverwertung In Sch | Isotope generator - with regenerator and cooler in gas circuit |
| DE3435584A1 (en) * | 1984-09-27 | 1986-04-03 | Kraftwerk Union AG, 4330 Mülheim | Nuclear reactor with a reactor core which can be controlled by control rods |
| CN1041203A (en) * | 1988-10-17 | 1990-04-11 | 林志春 | Internal-force engine |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108521227A (en) * | 2018-04-20 | 2018-09-11 | 理想动力科技（佛山）有限公司 | A kind of photovoltaic apparatus inverter heat-dissipating casing |
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