氢(氘)通量容器异常放热实验小结 (张航）
2020-10-08 19:43:07 来源：冷聚变世界评论：0 点击：

摘要，假设载氢（氘）金属异常放热现象与金属内部氢通量有关，于是设计了一种容器，容器由内容器和外容器组成，在内容器中充氘或充氢，外容器抽真空，给内容器加热，观察异常放热现象，实验观察到异常放热。

　　摘要，假设载氢（氘）金属异常放热现象与金属内部氢通量有关，于是设计了一种容器，容器由内容器和外容器组成，在内容器中充氘或充氢，外容器抽真空，给内容器加热，观察异常放热现象，实验观察到异常放热，氢气氘气都有，只有几瓦到十几瓦，氘气的多余热功率比氢气大一些，维持时间也不长，只有几小时。
Assuming that the abnormal exothermic phenomenon of hydrogen (deuterium) metal is related to the hydrogen flux inside the metal, a container is designed. The container is composed of an inner container and an outer container. Deuterium or hydrogen is filled in the inner container. The outer container is vacuumed and heated to observe the abnormal exothermic phenomenon. The abnormal exothermic phenomenon is observed in the experiment. The hydrogen and deuterium have both, only a few to ten watts, and more deuterium The waste heat power is higher than that of hydrogen, and the maintenance time is not long, only a few hours.

关键词氢（氘）通量，内容器，异常热功率
Key words: hydrogen (deuterium) flux, inner container, abnormal thermal power

1、容器
1. Container

　　设计一种产生持续氘通量的装置，以确认氢（氘）通量在常温核反应的作用
In order to confirm the role of hydrogen (deuterium) flux in nuclear reaction at room temperature, a device for generating continuous deuterium flux was designed

容器构造图
Vessel construction drawing

（1）不锈钢管，外径6mm壁厚1.5mm，可以接真空泵和气源

(1) Stainless steel pipe, with an outer diameter of 6 mm and a wall thickness of 1.5 mm, can be connected to a vacuum pump and air source
（2）阀门
(2) Valve
（3）CF真空法兰盲板DN100
(3) CF vacuum flange blind plate DN 100
（4）CF真空法兰DN 100
(4) CF vacuum flange DN 100
（5）外容器外壳，
（5）Outer container shell,
材质316不锈钢，DN100*3，长500mm
Material 316 stainless steel, DN 100 * 3, length 500mm
（6）内容器，
（6）inner container
用镀钯不锈钢管制作，直径DN25*2,长500mm，一端封闭，镀钯厚度10微米
It is made of palladium plated stainless steel pipe with diameter of DN25 * 2, length of 500mm, one end closed, palladium plating thickness of 10 μ M (6) Palladium plated stainless steel pipe, diameter DN25 * 2, length 500mm, one end closed, palladium plating thickness 10 μm
（7）加热器
(7) Heater
（8）不锈钢管，外径6mm壁厚1.5mm，可以接真空泵和气源
(8) Stainless steel pipe, with an outer diameter of 6 mm and a wall thickness of 1.5 mm, can be connected to a vacuum pump and air source
（9）CF真空法兰DN 100
(9) CF vacuum flange DN 100
（10）CF真空法兰盲板DN100
(10) CF vacuum flange blind plate DN 100
（11）阀门
(11) Valve
（12）涂钯镍网，内容器放置60克，外容器放置300克
(12) Coated with palladium nickel mesh, 60 g of inner container and 300 g of outer container

2、实验系统
2. Experimental system

实验系统图如下
The experimental system diagram is as follows

3、实验过程
3. Experimental process
（1）抽真空，内容器外容器同时抽真空
(1) Vacuumize, and vacuumize the outer container of the container at the same time
（2）加热器加热200、250、300瓦
(2) Heater heating 200、250、300 watts
（3）热平衡后（约6小时），外容器保持抽真空，给内容器充入100kpa-200kpa氘气或氢气
(3) After heat balance (about 6 hours), the outer container was vacuumed and the inner container was filled with 100 -200kPa deuterium or hydrogen
（4）观察异常放热情况，可以看到有一个异常放热波形，持续约3小时，
(4) Observing the abnormal heat release, we can see that there is an abnormal exothermic waveform, lasting for about 3 hours.

内容器充氢气，外容器抽真空时的异常放热图
Abnormal exothermic diagram of inner vessel filled with hydrogen and outer vessel vacuumized

4、小结
4. Summary
4.1当内容器充氘气或氢气时，可以观察到三小时的异常放热
4.1 when the content unit is filled with deuterium or hydrogen, abnormal heat release for three hours can be observed
4.2异常放热值不大，约几瓦至十几瓦
4.2 the abnormal exothermic value is small, about a few watts to more than ten watts
4.3因为异常放热值不大，维持时间较短，不能判断是否超过化学能
4.3 because the abnormal exothermic value is not large and the maintenance time is short, it is not possible to judge whether the excess chemical energy is exceeded

冷聚变世界
2020年10月8日

相关热词搜索：充氘，异常放热，实验，冷聚变

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氢(氘)通量容器异常放热实验小结 (张航）
2020-10-08 19:43:07 来源：冷聚变世界评论：0 点击：

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氢(氘)通量容器异常放热实验小结 (张航） 2020-10-08 19:43:07 来源：冷聚变世界 评论：0 点击：

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氢(氘)通量容器异常放热实验小结 (张航）
2020-10-08 19:43:07 来源：冷聚变世界评论：0 点击：