3) protected cultivation
设施栽培
1.
Nutrient characterization of new tomato variety Zhefen202 in the protected cultivation;
番茄新品种—浙粉202设施栽培条件下的营养特性研究
2.
The status quo of nitrate-nitrogen accumulation in vegetables under protected cultivation in Guanzhong Borough of Shaanxi Province was investigated.
调查了陕西关中主要蔬菜产区设施栽培蔬菜的硝态氮累积现状,以期探讨传统习惯施肥方法对蔬菜硝态氮累积的影响。
3.
The law of fruit development and changes in contents of sugar and acid of four mid-maturity sand pears in protected cultivation was studied.
对秋荣、圆黄、幸水和雪青4个砂梨在大棚设施栽培条件下的果实发育规律和糖酸含量变化规律进行研究。
4) installation cultivation
设施栽培
1.
Influence of installation cultivation on soil environmental quality;
设施栽培对土壤环境质量的影响
2.
Based on the experimental data of water requirement in installation cultivation of vegetables,the greenhouse coefficient of watermelons by greenhouse cultivation was calculated by single crop coefficient approach recommended by FAO-56.
根据设施栽培蔬菜需水量试验资料,采用FAO-56推荐的单作物系数法计算了大棚西瓜的温室系数。
3.
Their occurring characters were summed up based on the observation of occurring regularity of the important pests in fruit trees under installation cultivation.
对桃、杏、樱桃设施栽培下病虫害调查的结果显示 ,全区设施果树病虫 (螨 )害共 2 7种 ,其中虫(螨 )害 16种 ,分属 4目 12科 ;病害 11种 ,分属 9目 9科 (属 )。
5) greenhouse
[英]['ɡri:nhaʊs] [美]['grin'haus]
设施栽培
1.
Photosynthetic Characteristics of Cut Roses under Greenhouse Condition in the Middle of Yunnan Province;
滇中地区设施栽培下切花月季的光合特性
2.
A Study on Bud Chilling Requirements of Fruit Trees in Greenhouse;
几种适宜设施栽培果树需冷量的研究
3.
Effect of Different Reflector Materials on Grape Growth and Fruit Quality in Greenhouse;
不同反光材料对设施栽培葡萄生长和果实品质的效应
6) protected culture
设施栽培
1.
Comparative study on characteristics of calcium nutrition under protected culture during nectarine fruit development;
设施栽培油桃果实发育期钙营养特性的比较研究
2.
Applications and prospects of light emitting diode in plant protected culture;
LED在植物设施栽培中的应用和前景
3.
shuguang) under protected culture and which in the open air.
本试验以设施栽培和露天栽培的5年生“曙光”油桃(Prunus persica var。
补充资料：大剂量增强后延迟CT
大剂量增强后延迟CT
CT检查方法之一。用于检查肝脏占位性病变的增强CT技术。使用总量为60g碘的经尿路排泄的对比剂，经静脉注入后延迟4～6小时后进行CT扫描。该法不同于一般在增强后5～15分钟的延迟扫描。主要原理是：注入的对比剂中约有1%～2%将滞留于正常肝实质内，最后经胆道排泄，从而使正常肝组织的密度值比平扫时增高约20HU，而肝内病灶区内无对比剂滞留，表现为低密度，形成对比。应注意的是此时肝内血管亦无对比剂滞留而呈低密度，因此需结合增强CT(包括普通增强、动态团注增强或血管造影CT)比较判断。该法可使肝内小占位性病灶的检出率提高约20%～30%。
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