1) tempering storage
保温贮藏
3) low-temperature storage
低温贮藏
1.
The studies of vase life, the rate of flower bloom, the rate of infection, the rate of fresh weight and relational physiologic characteristics in the case of low-temperature storage were conducted in Paeonia lactiflora cut flowers.
lactflora‘Yinxian Xiuhongpao\')3个芍药切花品种为试验材料,研究了芍药切花低温贮藏期间的瓶插寿命、开花率、感病率、鲜重变化率及相关生理特点,对其衰老生理进行了探讨,为芍药切花的贮藏保鲜技术提供了理论和实践依据。
4) storage temperature
贮藏温度
1.
Effect of prochloraz treatment and storage temperature on quality of Wanpee fruits;
施保功浓度和贮藏温度对黄皮保鲜效果的影响
2.
Effect of storage temperature on physiology and ultrastructure of persimmon fruit;
贮藏温度对柿果生理和超微结构的影响
3.
The effects of two storage temperatures and chemicals treatment on Tibetan capillary seeds vigor;
两种贮藏温度及药剂处理对藏茵陈种子活力的影响
5) Low temperature storage
低温贮藏
1.
Effect of low temperature storage on senescence physiology of the Chinese herbaceous peony flowers;
低温贮藏对芍药切花衰老生理的影响
2.
Moisture content of fresh pollen was approximately 20%,and dried to 18% with silica gel for low temperature storage.
从花粉干燥、真空和低温等方面对西南桦花粉贮藏进行了初步研究,结果表明:西南桦花粉属干燥敏感型花粉,干燥易使其失活,其含水量约为20%,用硅胶稍微干燥至含水量约18%后即可用于低温贮藏;西南桦新鲜花粉在室温下仅可存活4 d,干燥花粉和新鲜花粉在3℃下贮藏约1个月即失去活力,而在-10℃和-20℃条件下应用干燥花粉真空贮藏,83 d后花粉萌发率仍在20%以上,是西南桦花粉贮藏的最佳方案;在-10℃和-20℃下贮藏的花粉在室温(18~30℃)下解冻0。
3.
pollens and their low temperature storage was explored by dehydration.
用培养法对黄藤花粉进行了蔗糖浓度梯度、培养温度和培养时间试验;用干燥脱水法对黄藤花粉进行了低温贮藏研究。
6) cold storage
低温贮藏
1.
In this paper, the effects of moisture content and tunic damage on cold storage of tulip bulb "Apeldoorn" were studied, The res.
Apeldoorn)为试材,从种球含水量和鳞茎外皮破损两方面研究对郁金香低温贮藏的影响,以期为郁金香种球的长期贮藏以及种球国产化生产提供理论基础。
2.
Betula utilis and Picea purpurea seeds were collected from different altitudes on the eastern Qinghai-Tibet plateau,and their germination behavior under an alternative temperature regime(20 ℃/5 ℃;light/dark,12/12 h)following cold storage(3 ℃-4 ℃;0,40,80 and 160 days)was studied.
对青藏高原东缘不同海拔梯度糙皮桦(Betula utilis)和紫果云杉(Picea purpurea)种子经低温贮藏后的萌发进行研究。
补充资料：保温
分子式：
CAS号：
性质：又称保温。是用来提高热设备和低温设备的热经济性，节约能源，尽量避免热量的散失或吸入，减少传热量所采用的一种手段。
CAS号：
性质：又称保温。是用来提高热设备和低温设备的热经济性，节约能源，尽量避免热量的散失或吸入，减少传热量所采用的一种手段。
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