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1)  Greenhouse Phalaenopsis
温室蝴蝶兰
1.
Design and Implementation on the Dynamic Vegetation Model of Greenhouse Phalaenopsis;
温室蝴蝶兰生长动态模型设计与实现
2)  Phalaenopsis
蝴蝶兰
1.
Tissue Culture of Phalaenopsis and Transplantation Technique by Water Culture;
蝴蝶兰组织培养及水培移栽技术
2.
Study on the peduncle development of four varieties of Phalaenopsis;
蝴蝶兰花梗发育规律初探
3.
Effects of Wound and High Osmotic Pressure Pretreatments on PLB Induction from Leaf Explants in Phalaenopsis amabilis;
创伤及高渗透压预处理对蝴蝶兰叶片诱导类原球茎的影响
3)  Phalaenopsis amabilis
蝴蝶兰
1.
Detection of a tospovirus infecting Phalaenopsis amabilis in Yunnan;
从云南蝴蝶兰上检测到番茄斑萎病毒属病毒
2.
Cause and Restoration of Vitrification for Protocorm-like Body in Tissue Culture and Rapid Propagation of Phalaenopsis amabilis;
蝴蝶兰无性快繁规模化生产中玻璃化原球茎状体产生的原因及其恢复
4)  Phalaenopsis hybrid
蝴蝶兰
1.
Review of Research on the Plant Tissue Culture of Phalaenopsis hybrid;
蝴蝶兰快速繁殖研究进展
2.
Genomic DNA Extraction from Phalaenopsis hybrid by CTAB Method;
利用CTAB法提取蝴蝶兰的基因组DNA
3.
Studies on rapid propagation and large-scale planting of Phalaenopsis hybrids.;
蝴蝶兰的快速繁殖和规模化栽培技术研究
5)  butterfly orchid
蝴蝶兰
1.
Some pedicels of butterfly orchid were employed as explants to study the factors of the basic medium、6-BA、variety、the node in pedicel etc.
 实验以蝴蝶兰花梗为外植体,采取组织培养的方法,设置多项平行处理,目的在于对影响腋芽诱导的基本培养基、6 BA、母株品种、花梗节位等因素进行研究。
2.
By using three different red butterfly orchid species as materials, we studied the effect of three different night temperature control on flowering of butterfly orchid.
以3种红花品种的蝴蝶兰为材料,研究了3种不同夜温对花芽分化的影响。
3.
According to climatic feature of northeast areas and biological characteristics of butterfly orchid,key measures of cultivation and management technique for butterfly orchid in different-periods and pest control were introduced in detail in solar greenhouse.
本文根据东北地区气候特征及蝴蝶兰的生物学特性,详细介绍了当地日光温室栽培蝴蝶兰过程中各个不同时期的关键措施以及病虫害防治,对蝴蝶兰在东北地区的温室栽培具有一定的指导意义。
6)  Phalenopsis hybrid
蝴蝶兰(Phalenopsishybrid)
补充资料:温室效应和温室气体
分子式:
分子量:
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性质:一些微量气体对太阳的短波辐射无阻碍,但对长波辐射有强烈的吸收,若其吸收带落在7~13微米的红外大气窗口内,则吸收的能量将引起大气的增温。温室气体主要有CO2、H2O、CH4、N2O、O3、CFCs等约30余种。当地表因被辐射加热又以红外辐射的形式向空间散发的能量被大气中的温室 气体吸收而使大气增温,产生温室效应。大气中本来就有CO2、H2O等温室气体,但如果温室气体的种类及其含量因人为活动在大气中增加时,温室效应将增加,从而导致地球的平均气温上升,这将造成全球性的危害。

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