1) plant temperature
植株温度
1.
There were both value and phasic differences between the rice plant temperature and air temperature at 150 cm height.
以温敏核不育水稻培矮64S为材料,采用10~15cm水层灌溉处理和无水层对照,对植株温度及其与植株冠层小气候和灌溉水因子的关系作了分析。
2) plant density
植株密度
1.
Our objectives were to investigate the effects of sediment phosphorus concentration (SP), plant density (PD) and their interaction on the plasticity of T.
该文研究了水生克隆植物乌菱(Trapa bicornis)对底泥磷含量(Sediment phosphorus concentration,SP)、植株密度(Plant density,PD)及两者间交互作用的可塑性响应,探讨可塑性是否能促进其在富营养化环境中的生长。
3) plant height
植株高度
1.
The results showed that all fertilizer treatments assisted in Lolium perenne seedling emergence, and within seven weeks from sowing, plant height and biomass was greater for t.
结果表明,所有施肥处理均有助于黑麦草的出苗,在播种后的7周内,施以尿素、复合肥料或桐油包膜复合肥料处理的黑麦草植株高度和生物量均优于未施基肥的空白对照。
4) plant spread angle
植株展开度
1.
The relationships among plot spike width, plant spread angle and yield traits in 11 wheat varieties (lines) were studied.
对11个小麦品种(系)植株展开度、穗幅宽与产量性状的关系进行了研究。
2.
There were significantly negative correlations between grain yield and height, between yield and plot spike width, and plant spread angle.
对 1 0个小麦品种 (系 )的株高、穗幅宽、植株展开度进行了研究。
5) seeding temperature
植冰温度
1.
Effects of crystallization of cryoprotectants at different seeding temperature on the developmental ability of mouse embryos;
不同植冰温度下冷冻液的结晶变化及其对小鼠胚胎冷冻的效果
6) temperature-sensitive mutant
温度敏感突变株
1.
Domestication of temperature-sensitive mutant and optimization of L-glutamic acid-producing conditions;
谷氨酸温度敏感突变株的驯化及发酵条件研究
2.
Breeding of L-glutamic acid temperature-sensitive mutant;
L-谷氨酸温度敏感突变株的选育
补充资料：铂电阻温度表(见电阻温度表)
铂电阻温度表(见电阻温度表)
表。bod旧nZu wendubiao铂电阻温度表见电阻温
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条