1.The result show that the moderate thermophilic bacteria used in bioleaching is one of the effective ways for chalcopyrite bioleaching.
研究结果表明：中等嗜热菌是解决黄铜矿生物浸出难题的有效途径之一。
2.A number of bacterial species are able to live at elevated temperatures (thermophilic bacteria).
一些细菌品种可以生长在较高温度下（嗜热菌）。
3.Therefore, thermophilic microorganisms metallurgical process has occupied an increasingly more important position in wet metallurgy.
因此，高温生物冶金工艺在湿法冶金中占据越来越重要的位置。
4.In previous studies, various thermophilic bacteria living in Taiwan's geothermal environments were isolated and showed radiation resistant.
摘要台湾地热区中的各种不同嗜热性细菌，在先前的研究已被分离出来，而且有些嗜热菌具有辐射抗性。
5.In spite of this, thermophilic enzyme has been widely used in many fields of food, medicine, environmental protection and metal smelting.
尽管如此，耐热酶仍然在食品酿造、医药、环境保护和金属冶炼等领域得到了广泛的应用。
6.abstract: Objective: To hotsprings thermophilic bacteria separated and to made preliminary identification.
目的：分离温泉中的嗜热菌并作初步鉴定。
7.Strains source : Fat thermophilic bacillus, escherichia coli (host bacterium) ?
菌种来源：脂肪嗜热芽孢杆菌、大肠杆菌（宿主菌）
8.It mainly included the test of cold-tolerant bacteria, spore, thermophilic spore and UHT, aseptic filling technology.
主要包括嗜冷菌、芽孢、耐热芽孢的检验和UHT灭菌、无菌灌装技术。
9.We cultured two true thermophilic fungi from the geothermal soil samples, and these fungi were never isolated from cooler soils.
我们开化了二真实的喜温的真菌从地热土壤样品，并且这些真菌与更加凉快的土壤未曾被隔绝。
10.This study include the feasibility of food waste thermophilic hydrogen fermentation.
在本研究中也进行厨馀高温发酵之可行性探讨。