| 1. | Energy measurements of biologic material require determination of the thermochemical caloric content .
生物物质能量的测定，要求测定热化学的卡数。
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| 2. | It must be strongly emphasized that the thermochemical loop should include all applicable relationships .
必须特别强调，热化学回路应包括所有可应用的关系。
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| 3. | Review of thermochemical sulfate reduction
硫酸盐热化学还原反应的研究进展
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| 4. | Preliminary study on thermochemical curing of polycarbosilane fibers
纤维的热化学交联研究
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| 5. | A thermochemical study of zn c4o4h2 2h2o
二水合马来酸锌的热化学研究
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| 6. | Numerical simulation of 3d hypersonic thermochemical nonequilibrium flow
高超声速三维热化学非平衡流场的数值模拟
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| 7. | Thermochemical study of a mixed ligand complex of lanthanum perchlorate with glycine and l - alanine
高氯酸镧和甘氨酸及丙氨酸混配型配合物的热化学研究
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| 8. | As a result , the crystal structure was destroyed in the thermochemical liquefaction . there are twelve bacteria , conserved five in our laboratory and screened seven through dunghill , putrid garbage or soil
从堆肥、垃圾填埋场堆腐物和土壤中分离并经初筛、复筛得到分解纤维素能力较强的菌共7株，外加实验室已保藏的菌5株，共计12株菌株。
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| 9. | On the basis of summarizing the present researches and applications on bioenergy utilization technologies , this thesis focuses attention on experimental and applied research on biomass gasification technology . as a key thermochemical conversion technology , the novel pyrolysis technology in this thesis can produce mcv fuel gas , which undoubtedly keeps harmony with the status quo of rural economy and characteristics of biomass resources in china
本文在综述国内外有关生物质能源化利用技术(主要是热化学转换中的气化工艺)的基础上，围绕生物质热解气化集中供气系统的攻关项目，针对我国农村经济发展现状及生物质资源特点，对适合我国农村应用的热解制取中热值可燃气技术进行了详细的试验及应用研究。
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| 10. | W - cu composites prepared from the precipitation w - cu powder have higher sintered density , better mechanical and physical property , more homogeneous and finer microstructure than those prepared from w - cu powder by the balling - reduction method . in chapter 5 , a combination of homogeneous precipitation and ball - milling process , namely the mechano - thermochemical process was employed to prepare ultra - fine w - cu powder
其中，球磨w一cu复合粉( hp一m )压坯在1150下烧结30min后，可获得相对密度大于99 %的几乎全致密的超细晶粒w一cu复合材料， w的颗粒度小于0 . 5林m 。
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