1.
Effects of Different Energy Levels and Sources Body Composition, Age of Puberty and on Estrus Ratio of Gilts;
不同能量水平和来源对后备母猪体成分、初情日龄和发情率的影响
2.
The Effects of Energy Levels and Sources on Concentration of Metabolism Substrate, Hormone Secretion in Plasma and Follicular Fluid Microenvironment in Gilts;
能量水平和来源对后备母猪血液代谢底物，激素分泌及卵泡液微环境影响
3.
Effects of Dietary Energy Levels and Sources on Muscle Lipid Metabolism Genes Expression in Pigs
饲粮能量水平和来源对育肥猪骨骼肌脂肪代谢相关基因表达的影响
4.
Effects of Dietary Energy Level and Source on Blood Metabolites,Hormone Secretion and Follicular Fluid Composition in Gilts
能量水平和来源对后备母猪血液代谢产物、激素分泌及卵泡液成分的影响
5.
Effects of Dietary Energy Level and Energy Source on Ascites Syndrome in Broilers;
能量水平及来源对肉鸡腹水症（AS）的影响
6.
Effects of Energy Sources and Levels in Diet on Oocyte Quality and Gene Expression in Gilts;
能量来源和水平对后备母猪卵母细胞质量及相关基因表达的影响
7.
Regulation of Dietary Energy Level and Oil Source on ob Gene Transcriptional Expression in Swine Adipose Tissues;
日粮能量水平和油脂来源对猪脂肪ob基因转录表达调控的研究
8.
Study on Effects of Different Energy Content and Sources of Milk Replacer on Digestibility and Metabolism in Early-weaned Calves;
能量水平及来源对早期断奶犊牛消化代谢的影响研究
9.
Effects of Dietary Copper Source and Copper Level on Performance, Shank Pigmentation and Tissues' Nutrients Deposition in Broiler
铜来源和水平对肉鸡生产性能、脚胫着色和组织铜沉积的影响
10.
Suggestions on the bioenergy research, such as increasing biomass resources, improving biomass processing techniques and energy transfer efficiency, are recommended.
建议以扩大资源总量、提升能源转换的加工技术水平和能源利用效率等为重点。
11.
Effect of selenium source and level in hen diets on selenium content and the antioxidant capacity of blood in hen
不同硒源和水平对蛋鸡血硒含量及血液抗氧化能力的影响
12.
Improving the Management of Energy Measurement by Means of Informationization
以信息化手段提高能源计量管理水平
13.
Effect of Dietary Nutrient Level and Fiber Resources on the Fiber Utilization Ability and Peformance for Hepu Geese;
饲粮营养水平、纤维来源对鹅利用纤维潜力和生产性能的影响
14.
Effect of Different Nitrogen Source and Energy Level on Performance and Reproduction Parameter of Lacting Buffalo;
不同氮源和能量水平对摩杂泌乳水牛生产性能及生理繁殖参数的影响
15.
Relationship between Electrification and Energy Efficiency in China;
我国电气化水平和能源效率关系分析
16.
Annual consumption of energy, resources and position in the industry(including water, electricity and fuel etc.)：
能源、资源年消耗量及在同行业中所处的水平(包括:水、电、燃料等)
17.
Enhance Management of Energy Metrology Promote Rapid Industial Deuelopment of the Prooince;
提高能源计量管理水平,促进我省工业快速发展
18.
Nonetheless advection is a more likely alternative food source.
不过水平对流是一种更有可能的食物替代来源。