CN1342433A - 烟叶量子共振仪 - Google Patents

烟叶量子共振仪 Download PDF

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CN1342433A
CN1342433A CN 01136680 CN01136680A CN1342433A CN 1342433 A CN1342433 A CN 1342433A CN 01136680 CN01136680 CN 01136680 CN 01136680 A CN01136680 A CN 01136680A CN 1342433 A CN1342433 A CN 1342433A
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武华文
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Abstract

本发明公开了一种用于烟草工业生产中,提高烟叶品质的新仪器——烟叶量子共振仪。卷烟原料烟叶具有波动的特征,能够把优质母体烟叶波动频率辐射到闭合线路内与质量差的受体烟叶波动频率发生共振效应,是本发明的主要技术特征,属分子结构以下的微观世界研究范畴,其作用是提高受体烟叶的品质。烟叶量子共振仪外观为长方形,信号接收板在中间,右侧有闭合线路,它应用在卷烟工业生产领域。

Description

烟叶量子共振仪
本发明是根据量子科学理论研制出来的一种高科技新型仪器—烟叶量子共振仪。这种仪器将母体波动频率与受体烟叶波动频率发生共振，其效应是提高受体烟叶的品质，属量子波动学研究领域。
本人经过在烟草领域的研究与实验，在取得大量实践经验和实验数据的基础上，发明创造了这种新技术仪器，经过实践验证烟叶量子共振仪的质量稳定、烟叶品质提高明显、烟叶保质期一年以上，可以应用到烟草工业生产实践中。与本发明相似的仪器国内外尚无报道，它是本人发明量子共振发射仪的基础上进一步发明的专用仪器。
烟叶量子共振仪基本工作原理：
世界上任何物质均有磁场，烟叶也具有磁场。这种磁场产生微弱的电磁波并具有频率，当外部母体烟叶频率非常接近受体烟叶频率时，就会引起受体叶烟从母体电磁场吸收能量，从低能级跃到高能级，或向电磁场释放能量，从高能级跃迁到低能级。能级的跃迁，有效地交换了能量，达到改善烟叶品质的目的。
烟叶量子共振仪的技术指标是：
烟叶、香精、卷烟都可以放在信号接收板做为母体幅射，接受幅射的闭合线路直径为15M，幅射波长的空间尺度为10-2～10-9M之间的多种量子波，工作电压为220V。
本发明仪器是将量子科学理论由实验室转向工业生产，是烟草生产领域的突破性进展。
例如：
提高烟叶的品质，是烟厂需要解决的课题。常规方法是采用加入化学香精来解决。本技术经过实验可以提高烟叶的品质，可以应用到烟草工业生产领域。如：津巴布韦烟叶与再造薄片共振，美国白肋烟与膨胀烟梗共振。共振后，再造薄片、膨胀烟梗烟味增浓、杂气减少，品质明显提高。
这项技术应用到烟草工业生产中，将会大幅度提高卷烟的品质，降低生产成本，提高经济效益。
附图说明：
图1：工作原理：(1)本仪器信号接收板上母体烟叶量子波的图形，用正弦图形举例说明。(2)受体烟叶的量子波图形。(3)母体量子波与受体量子波的频率、振幅、相位、相同状态下共振产生的叠加图形。
图2：技术方案实施操作程序：(1)是信号接收板，将母体烟叶放在此位置。(2)是闭合线路。(3)是工作指示灯。(4)是电源开关。(5)是量子数值档。

Claims (7)

1、一种应用量子科学理论研制的新仪器—烟叶量子共振仪，是将优质烟叶微观世界内的量子波动频率，或简称量子波，通过解析、转换为传递信号幅射到闭合线路内，与闭合线路内质量差受体烟叶发生共振效应。
2、根据权利要求1所述的量子波，其特征在于世界上任何有生命、无生命的物质均带有微弱的磁场，这种新仪器就是将母体的量子波幅射到闭合线路内，根据母体物质的结构不同、基本粒子种类的多少可幅射多种量子波。
3、根据权利2所述的烟叶量子共振仪幅射的量子波，其特征是：信号接收板接收并幅射的波长空间尺度在10-2～10-9M之间。
4、根据权利2、3所述的量子波幅射到闭合线路内与其与其受体烟叶相同频率的量子波物质进行共振，以达到有目的的改变受体物质的一些特性。
5、根据权利要求1至4任何一项所述烟叶量子共振仪，其物质特征在于外部为长方形，中间是信号接收板，右侧是闭合线路。
6、一种用于共振烟叶的烟叶量子共振仪器的使用方法，其步骤包括：在信号接收板部位放好母体烟叶；将旋钮放在量子刻度上；将闭合线路接通；打开仪器开关幅射出母体烟叶波动的频率。
7、一种用于共振烟叶的烟叶量子共振仪及幅射的量子波，对人、对环境没有副作用。
CN 01136680 2001-10-26 2001-10-26 烟叶量子共振仪 Pending CN1342433A (zh)

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Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN107807315A (zh) * 2017-10-31 2018-03-16 国网安徽省电力公司电力科学研究院 用于电气设备的绝缘缺陷检测装置及方法

Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN107807315A (zh) * 2017-10-31 2018-03-16 国网安徽省电力公司电力科学研究院 用于电气设备的绝缘缺陷检测装置及方法
CN107807315B (zh) * 2017-10-31 2023-12-19 国网安徽省电力公司电力科学研究院 用于检测电气设备的绝缘缺陷的方法

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