An article in Chinese by:
Zhang Hang, Chen Si of Qiuran Laboratory
about LENR with LASER
寮犺埅 婵€鍏夌収灏勫悎閲戜骇鐢熸柊鍏冪礌瀹為獙鎶ュ憡 - 鎶€鏈
摘要：采用铜镍锆粉末合金材料，置于400°C温度反应釜中，依次在真空，充氢气、空气、氘气的情况下，对粉末合金进行为期一个月的预处理。之后，取出粉末（用钢模施压）成片。将片状反应材料放入反应釜中，以方波调制波长10.6微米，输出功率30瓦二氧化碳激光器，依次照射充入空气、氘气、氢气的圆饼压片合金粉末。照射时间持续72小时。之后取出压片合金粉末反应材料，作SEM和EDS送检，发现三种指标较为显著的疑似嬗变元素B、Si和Au。
here is the translated version that I find quite clear
寮犺埅 婵€鍏夌収灏勫悎閲戜骇鐢熸柊鍏冪礌瀹為獙鎶ュ憡 - 鎶€鏈
Abstract: Using copper-nickel-zirconium powder alloy material, placed in a 400°C temperature reactor, the powder alloy was pretreated for one month under vacuum, hydrogen, air, and deuterium gas in turn. Afterwards, the powder is taken out (pressed with a steel die) into flakes. Put the sheet-like reaction material into the reaction kettle, modulate a carbon dioxide laser with a wavelength of 10.6 microns and an output power of 30 watts with a square wave, and sequentially irradiate the round cake pressing alloy powder filled with air, deuterium gas and hydrogen gas. The irradiation time lasted 72 hours. After that, the tableted alloy powder reaction material was taken out and submitted for inspection by SEM and EDS, and three suspected transmutation elements B, Si and Au were found with relatively significant indicators.
