1.
The Semilethal Temperature of Taxus media cv. Hicksii and Its Adaptation to the Low Temperature Condition;
北美红豆杉低温半致死温度与对低温的适应性
2.
Low Temperature LT50 of Three Eucalyptus Seedlings with Electrical Conductivity Method and Logistic Equation
应用Logistic方程确定三种桉树的低温半致死温度
3.
Detection of Semi-lethal High Temperature and Heat Tolerance for Two Cultivars of Alfalfa
2种紫花苜蓿高温半致死温度与耐热性研究
4.
Semilethal Temperature of Fingered Citron (Citrus medica var. sarcodactylis Swingle) under Low Temperature Stress and Evaluation on Their Cold Resistance
低温胁迫下佛手半致死温度测定和抗寒性分析
5.
lethal concentration(LC50)
半致死浓度（LC50）
6.
Sublethal temperature might be suitable for polyploid inducement of cold shocks.
亚致死温度是低温诱导多倍体的合适温度。
7.
Half-lethal concentration was Caucasian Clover 0.8%, Red Clover 0.7%, White Clover 0.4%.
耐盐半致死浓度分别是:0.8%, 0.7%, 0.4%;
8.
Excessively high temperature causes formation of hemihydrate.
过高温度导致生成半水物。
9.
Application of ICEstimator in the mosquito toxicology to calculate median lethal concentration
ICEstimator在蚊虫毒理学半数致死浓度计算上的应用
10.
Therefore, the cooling was probably caused by a volcanic eruption.
因此，那时的温度下降多半是火山喷发导致的。
11.
This minimum process is indicated by the thermal death time versus temperature relationship.
这个过程是以与温度相关的热致死时间为指示。
12.
Identification of Phytophthora Sojae and Measurement of Deadly Temperature of Oospores;
大豆疫霉的检测及其卵孢子致死温度测定
13.
Upper incipient lethal temperature of short term thermal shock of two species of copepods
两种桡足类短期热冲击的高起始致死温度值
14.
Snow aids farmers by keeping heart in the lower ground levels, thereby saving the seeds from freezing.
雪对农民是一种帮助，因为它保持地层土壤的温度，使种子不致冻死。
15.
STUDIES ON BROWN SHEATH OF RICE Ⅲ. SEROLOGY, HOST RANGE AND GROWTH LETHAL TEMPERATURE OF THE PATHOGEN
水稻褐鞘病研究 Ⅲ.病原细菌的血清学、寄主范围和生长、致死温度
16.
Effects of Temperature and Humidity on Lethality of Sex-linked Chocolate and Mass Spectrometry Identification of Differential Protein;
温湿度对家蚕伴性赤蚁（sch）致死性的影响及差异蛋白质的质谱鉴定
17.
The Cabinet is still divided roughly50 - 50between hawks and doves.
内阁仍然大致分为一半强硬派和一半温和派。
18.
It was found that the overwintering shoots of raspberry were damaged from-30℃ to-35℃, but their criical temperature for eath was about-40℃.
结果表明，树莓越冬枝条在－0～35℃件下遭受冻害，而致死临界温度是在－0℃下。