Thermophile protein is thermostabilization protein from thermophile microorganism .

嗜 热蛋白是一类主要来源于嗜热微生物的热稳定蛋白，能够在高温下长时间保持活性而不变性。

To get the thermophile for bioleaching the sample is taken from a heap of coal in Taiyuan Shanxi province .

为了获得细菌冶金的 嗜 高温细菌，取山西煤矿煤 矸石堆的样品。

Studies on Moderate Thermophile Intensifying Pentlandite Leaching

中等 嗜 热 菌强化镍黄铁矿浸出的研究

Thermophile sulfate reducting bacteria can make Au ( HS ) 2 w_208 - and Au ( S 2O 3 ) 2 w_219 3 - oxidation reduction sulfide thus the gold will be deposited from hydrothermal solutions .

嗜 热硫酸盐还原菌能使〔Au（HS）2〕－和〔Au（S2O3）2〕3－都氧化还原成硫化物，从而使金由热水溶液中沉淀。

Influencing Factors of Bioleaching of Chalcopyrite by Moderate Thermophile

中等 嗜 热 菌浸出黄铜矿的影响因素研究

The geochemical process of thermophile microbe - organic matter during the hydrothermal gold mineralization of hot spring

热泉热液金矿化中 嗜 热微生物&有机质的地球化学作用

The optimal conditions for extracting IDF with lactobacillus and facultative thermophile were : inoculants size 6 % the ratios between the two reagents 1:2 fermentation temperature 37 ℃ fermentation time 15h ;

用微生物发酵法提取水不溶性 膳食 纤维的最佳工艺条件是：接种量为6%，两 菌比为1：2，发酵温度为37℃，发酵时间为 15h。

Secondly the technology process and mechanism of leaching high-arsenic copper sulfide concentrate by moderate thermophile has been studied and the leaching rate of Cu is 97.06 % and As is 94.13 % under the optimum conditions .

开发了用中等 嗜 热菌浸出高砷硫化铜精矿的工艺，最佳浸出条件下铜浸出率可达97.06%，砷浸出率94.13%。

Growth characteristics of thermophile sulfate-reducing bacteria and its effect on carbon steel

嗜 热硫酸盐还原菌生长特征及其对碳钢腐蚀的影响