I found this article on a Chinese experiment on Rossi/Parkhomov

http://www.lenr.com.cn/index.p…dex&a=show&catid=7&id=811

The google translation is not very clear, but it seems to have been interrupted, without excess heat because of some damage.

However the results seems to be interesting, because the reactor behaved well and the last problem is interesting...

The experiment seem to have been done on January 16th 2017, with heating during 2 days.

It was performed in Chinese atomic institute (?), involving Liu Liu Zhilin (?) and Zhang Xian (?, maybe someone we cited here)... Not clear.

A Chinese language reader is welcome.

PS: here is a google tranlator link

http://translate.google.com/tr…%26id%3D811&sl=auto&tl=en

Bing translator may be better

http://www.microsofttranslator…ow%26catid%3D7%26id%3D811

Quote from Zephir_AWT

Isn't it related to this video? It already contains some translation.

It seems, as the preview experiment is cited on 29th of December.

Bing is better at translating, but all is not clear.

Quote from Bing Translated

Concise report on cold fusion laboratory experiments for the second time in the world

Cold Fusion experiments, the successful implementation of the laboratory on December 29 was super hot. Reactor runs a total of 4 days, 5 degrees above the super hot for two days. The experiment got the attention of China Institute of Atomic Energy teacher Jiang songsheng, President of the Chinese Academy of Sciences Liu Liuzhi-Lin, Professor and Xian Zhang hang engineers of our laboratory carried out a field survey, thank you very much!

The second experiment began on January 16, 2017, the control reaction vessels are made of pure nickel, nickel tube of diameter 6 mm, inner diameter is 4 mm, nickel tube end welded shut, a vacuum-pressure sensor. Specific layout for the reactor: reaction vessels directly into a ceramic container, ceramic container into the heating Chamber. Two temperature thermometer, a hot T1,K-2520 pipe sheathing and measure furnace temperatures, another 2520 material of sheathed thermocouple T2 insert into ceramic container measuring reaction in the temperature of the outer wall of the container.

The experiment of heating furnace temperature control PID regulating temperature control, materials as last time for lithium hydride nickel powder mixture and Micron.

Three hours above, heating temperature, pressure, power curve

From the graph we can see that, in the initial hours of heating, temperature T1 is always greater than the reaction vessel of the outer wall of the furnace temperature of about 10 degrees. Pressure as the temperature increases twice exploded, then gradually reduced as the starting nickel hydrogen.

Experiment: the 16th at 15 o'clock in the afternoon heats up, 18 o'clock the temperature up to 1180, at 780 after the overnight heat. The morning of 17th to the lab, will gradually rise to 950, 1000, 1100, 1180, in the heating process does not appear in the overheating temperature inversion. But and the last heated container to keep the vacuum is different, the heating process pressure suddenly increased to normal, I thought it was a natural phenomenon and ignored, the reactor continues to run thermal insulation until the 17th afternoon heating furnace furnace wire burn test terminated.

To the lab this morning, ready to replace damaged furnaces, found the reaction vessel also appeared damaged, reactor thermal ablation of the surface, there is a clear (as shown in the following figure).

Conclusion: terminate the experiment because of reaction furnace damage, no observation and last time the overheating temperature inversion. From the reaction container wall sign ablation ablation areas can we infer has experienced unusually high. Container laboratories use pure nickel material, nickel melting point: 1453, authors determine ablation appears up to 1400 degrees of heat. With regard to such high temperatures, why not displayed on the thermometer, I judge thermocouple contacts are inserted too far down the (thermocouple contacts are in container bottom ablation area).

Although this experiment did not achieve the desired effect, but the reaction vessel ablation also indirectly proves the existence of overheating, we will in future experiments to prove it.

Display More

There is a third report (above was the second, and first was in december)

http://www.lenr.com.cn/index.p…dex&a=show&catid=7&id=812

As I understand it was stopped after 3 day because some extreme overheating causing damage.

Quote from Bing translated

Third world of cold fusion laboratory experimental results summary report

World of cold fusion experiments have had many friends in the field of Cold Fusion support and guidance, author of Tsinghua University Li Xingzhong teacher, Jiang songsheng nuclear Institute teacher, Xian Zhang hang engineer, Dr Chen of Tsinghua University, Xiamen University, teacher Huang Chongen, wushou Zhang of Chinese Academy of Sciences chemistry teacher, expressed sincere thanks to Dr Huang Guisong, they give the author much support and encouragement.

The experiment began on January 20, for a period of five days, which feeds the reactor for three days, empty container experiment one day. Experiment with objectivity and scientific attitude to explore areas of cold fusion.

Experimental devices and formulations as last time, T2 temperature thermometers for measurement vessel, furnace temperature T1 measurement. Experiment in the 22nd, in the afternoon of the next day in constant power heating and thermocouple first appeared no, vessel pressure after increased suddenly, I judge there has been extreme heat, it stopped responding. Find containers and hot the next day have suffered varying degrees of damage.

Damaged nickel reaction vessels and 2520-type thermocouple

Display More

Another report in Chinese about experiment done by Xian Zhang

http://www.lenr.com.cn/index.p…dex&a=show&catid=7&id=817

Quote from Translated by Google

Report by the Chinese Academy of Atomic Energy Jiang Songsheng teacher to cold fusion world, thanks to the help of cold fusion experiments Jiang teacher give. The flight engineer Zhang Xian experiment is part of an experiment done this year, the results of cold fusion experiments using Raney nickel porous heating device made great overheating, provide a solid experimental data for us to continue exploring cold fusion technology.

I don't understand all, but it seems a modest COP of 1.2, 70W excess heat...

The reactor have changed shape.

Some serious analysis of the claims is required.