The yield of oat starch was 76.8%, and the purity reached 96.4% with the optimal extracting conditions. Compared with potato starch, corn starch and pea starch, oat starch is higher in solubility and distensibility than corn starch and pea starch, is higher in blue value than potato starch and corn starch, but lower in freezing-thawing stability and transparency than potato starch. Those properties were related to the molecule structure.
在此条件下，燕麦淀粉得率为76.8%，纯度为96.4%；和马铃薯淀粉、玉米淀粉和豌豆淀粉相比：燕麦淀粉的溶解度、膨润力显著高于玉米淀粉和豌豆淀粉，蓝值显著高于玉米淀粉和马铃薯淀粉，而与马铃薯淀粉相比，冻融稳定性和透明度较差，这与燕麦淀粉的分子结构和组成有关。
The renewable resource emergy ratia is 65%. Mountain and deserts is the main ecologic strut condition for MODS coupling, total amount of emergy use is 0.52× 10^23 sej/a, import emergy ratio is 13.46%, emergy investment ratio is 0.09, emergy per person is 1.12 × 10^10 sej/a, it is all lower than the world level. Emergy use intensity is only 1.22 × 10^11 sej/ a, environment load is only 12.2, emergy yield ratio is 1.22, its resources development intensity is weaker, its environment load is lower. So while based regional characteristic fine lower emergy quality resources to develop ecologic economy, oasis development must introduce key scarce high emergy resources, strengthen the high emergy＇value product the feedback support and the trade output, and while so Lidded the ecology class emergy foundation simultaneously discharge the emergy use and its transformation potential. Key words: ecologic economy; MODS; emergy analysis; oasis; MANAS river basin
玛纳斯河流域能值自给率达98.06％，可更新资源能值比率65％，山地、荒漠是MODS耦合的生态支撑条件；总能值使用量仅有0.52 10^23sei／a，进口能值比例仅为13.46％，能值投入率0.09，人均能值使用量仅为1.12 10^10sej／a，均低于世界平均水平；能值使用强度仅有1.22 10^11sej／a，环境负荷率仅为12.12，能值产出率1.22，资源强度较弱，环境负荷率较低，应在立足区域特色优良低能值资源发展生态经济的同时，引进关键稀缺性高能值资源，加强高能值产品的反馈支持和贸易输出，在夯实生态流能值基础的同时释放能值利用及转换潜力。
If no adjustment is made, this will create an upward bias in yield calculations because historic cost is typically lower than market value.
如果不加调整，这将造成产出的向上偏移，因为实际成本一般低于市值。
Meanwhile their fluorescence quantum yield was higher, while the thermodynamic pKa value was lower.
同时，荧光量子产率有所增大，其热力学常数pKa有所降低。
Comparing with the old method & directly adding bromine, the cost of this method was lower, the operation was convenience, industrial three-wastes produced less, the yield rate was 91.8%. It had a tremendous application value in industry.
该法与现采用的直接加溴素法比较，生产成本较低，操作方便，工业三废较少，收率可达91.8%，具有较大的工业应用价值。
When the maximum real stress at the hole edge exceeds this critical value, the material at the hole edge will yield again, otherwise, when the maximum real stress is lower than this critical value, the residual strain field near the hole will be stable.
当孔边实际最大应力超过这个临界值时，孔边材料将再次屈服；当孔边实际最大应力低于这个临界值时，孔边残余应变场保持稳定。
And the relation of the product yield, acid value and heating value was found. The higher the product yield is, the lower the acid value will be, and the higher the heating value will be.
同时还得出生物柴油产率、酸值和热值之间的关系，即产率越高，产物酸值越低，产物热值越高。
Increasing the oxygen content in the gasification reagent, can shorten the gasification reaction time, promote the carbon conversion rate and increase gas yield, whereas, the lower heating value of the produced gas decreased obviously.
气化剂中氧含量的增加，可缩短气化反应时间，促进碳的转化，提高产气率，但可燃气热值却有较大幅度的降低。
Therefore, this paper established the SVM model which adapts to the biomass (bamboo) gasification progress so as to predict gas component of biomass, Lower Heating Value (heat value), gas yield and other indicators of biomass gasification.
为此本文建立了生物质（竹子）气化过程的支持向量机模型用于预测生物质气化气组分、气体热值及气体产率等气化指标。
The model underestimated the yield under water stress and the predicted yield was lower than observed value.
但是，模型低估了限水条件下小麦的产量，与实测值相比，模拟值偏低，两者拟合得不够好。
Whether the crude is treated by flow improver or not, yield value of dynamically cooled crude is much lower than that after static cooling.
不论原油加降凝剂与否，经历动冷后原油的屈服值远小于静冷的原油。
The yield and value of leaf fertilizer " Puli " treatment were lower than control, which lead to38.52% reduction in value.
普利叶面肥处理烤烟的产量和产值均比对照低，其中产值比对照减少38.52%。
Compared with northern rangeland, the southern area has higher productivity and lower nutrition value and yield.
营养生产量，西部以前者高，东部以后者高。与北方牧区比较，南方地区天然牧地的生产力较高，营养价值和生产量较低。