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1)  greenhouse pot experiment
[农]温室盆栽试验
2)  Greenhouse experiment
温室盆栽
3)  pot culture experiment
盆栽试验
1.
Some sulphydryl (-SH) containing plant offal, modification of clays、mineral slag、industry residue(nanoparticles)、organic material(sulfhydrylation)as amendments were applied in this research, the effects and influencing factors of heavy metal amendments were studied by laboratory incubation and pot culture experiment.
本文以富含巯基的新鲜植物残体、变性粘土、矿渣、工业废渣(纳米级)、有机物料(巯基化)等为基质对21种重金属钝化制剂进行了研究筛选,利用室内模拟培养和植物盆栽试验研究重金属钝化剂的效果和作用机制,并比较了不同生产工艺赤泥对土壤Cd的钝化效果。
4)  Pot experiment
盆栽试验
1.
To investigate the effect of different urea incorporation amount in different soils on CH_4 emission, a pot experiment was carried in 2002.
鉴于氮肥施用对农田CH4排放的影响还有很大不确定性,室外盆栽试验于2 0 0 2年在南京农业大学实施。
2.
To identify the key soil parameters influencing methane emission from rice paddies, and to quantitatively describe the relationship of methane emission with the soil properties, an outdoor pot experiment with a total of 18 paddy soils sampled from different regions in Jiangsu province was conducted in Nanjing Agricultural University during 2000 rice growing season.
为了研究土壤理化特性对稻田CH4 排放的影响 ,室外盆栽试验于 2 0 0 0年水稻生长季在南京农业大学实施 ,1 8个供试水稻土分别取自江苏宜兴、江宁、六合、仪征及宝应等地 。
3.
To investigate the effect of different urea incorporation amount in different soils on N_2O emission,a pot experiment was carried in 2002-2003.
鉴于N2O排放量占施用氮肥量的比例即N2O排放系数还有很大不确定性,室外盆栽试验于2002~2003年选取3个供试土壤,各土壤设置对照和低、中、高氮肥水平,全年施尿素量(以N计)分别为334、670和1 004 kg/hm2。
5)  Pot trial
盆栽试验
1.
The consquencesare:different effects on the yield of pepper in three kinds of loamy meadow soil with different fertility were found by the means of N,P,K complete pot trial method The dependencer atesupon soil fertility level were significantly different:76.
以不同肥力水平的壤质草旬土为基质,进行N,P、K完全设计盆栽试验。
6)  greenhouse potting on
[农]温室换盆
补充资料:温室效应和温室气体
分子式:
分子量:
CAS号:

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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