1.
Study on energy budgets and carrying capacity of Perna viridis(Linnaeus);
翡翠贻贝能量收支及养殖容量的研究
2.
Effects of Dietary Protein Level on Energy and Nitrogen Budgets of Juvenile Chinese Sofe-Shelled Turtle (Pelodiscus Sinensis Wiegmann);
蛋白质含量对中华鳖稚鳖能量收支和氮收支的影响
3.
Effect of temperature on energy budget of Taiwanese red tilapia hybrid (Oreochromis niloticus×O.mossambicus).
温度对台湾红罗非鱼能量收支的影响
4.
Studies on the Feeding Biology and Energy Budget of the Nemertean, Procephalothrix Simulus Iwata;
扁额原细首纽虫摄食生物学及能量收支的研究
5.
Budgets of Important Elements and Energy in Shrimp Engineering Culture System;
对虾工程化养殖系统重要元素及能量收支
6.
The Analysis of the Surface Energy Budget in Semi-arid Areas in Chinese Loess Plateau;
中国黄土高原半干旱地区地表能量收支分析
7.
Effects of Photoperiod on Energy Metabolism and Thermogenesis in the Melano-Bellied Oriental Vole;
光周期对黑腹绒鼠能量收支和产热的影响
8.
Comparative analysis of the surface energy budget of the different ground surface of desert and oasis in summer;
沙漠绿洲不同下垫面夏季能量收支对比分析
9.
The Effect of Feed Rate on Growth and Apparent Digestibility of Hybridization Juvenile Sturgeon
摄食水平对杂交鲟幼鲟生长和能量收支的影响
10.
Limits on Sustained Metabolic Rate in Small Mammals
小型哺乳动物的持续能量收支限制研究进展
11.
Effects of Different Diets on the Growth and Bioenergetics of Swiimming Crab Portunus Trituberculatus
不同饵料对三疣梭子蟹生长和能量收支的影响
12.
A NUMERICAL SIMULATION STUDY OF THE BUDGET OF TROPICAL INSTABILITY WAVES
赤道不稳定波能量收支的数值模拟分析
13.
An Observation of Heat Flux and Energy Balance over the North Yellow Sea in Autumn
北黄海秋季海表面热量通量与能量收支的观测研究
14.
Effects of Water Temperature and Food Types on Energy and Nitrogen Budget and Metabolism of Chinese Mitten-handed Crab (Eriocheir Sinensis) Juveniles
水温和饵料对幼蟹氮及能量代谢、能量收支的影响
15.
Effects of dietary fat on the energy budget and growth of Eriocheir sinensis
饵料脂肪含量对中华绒螯蟹能量收支和生长的影响
16.
Energy budgets of Sinonovacula constricta were carried out at room temperature under indoor static system in October.
采用静水法测定缢蛏在自然水温下的能量收支结果。
17.
ABNORMAL FEATURES OF THE LARGE-SCALE WAVE ENERGY BUDGET DURING THE NORTHERN WINTER STRONG EL NINO EVENT
北半球冬季强厄尔尼诺期大尺度波动能量收支的异常特征
18.
Studies on the Ingestive Physiology and Metabolic Physiology of Cyclina Sinensis and Its Enegy Budget;
青蛤摄食生理和代谢生理以及能量收支的基础研究