- 更多网络例句与人工气候室相关的网络例句 [注：此内容来源于网络，仅供参考]
-
Various kinds of plastic film covered shed, greenhouse and phytotron for protected planting and cultivation, various types of warmth retaining and canopied shed, modern intensive livestock shed, agricultural and sideline facilities, hydraulic facilities, agricultural environment facilities and various kinds of auxiliary facilities, etc.
设施栽培和设备养殖用各类塑料棚、温室、人工气候室；各类保温、遮荫棚舍、现代集约化养畜舍；农副设施、水力设施、农业环境设施以及各种配套设备等。
-
The effects and mechanisms of atmospheric CO2 enrichment and temperature rise on water and nutrient use in wheat were studied in this thesis using the chamber pot experiment and open top experiment.
本研究通过人工气候室盆栽试验和开顶式试验研究了大气CO_2浓度升高对小麦水分养分利用的效应和机制。CO_2浓度升高盆栽试验设350和700μmol mol~(-1)2种CO_2浓度水平，湿润、干旱2种土壤水分处理和0、50、100、150、200mg kg~(-1)5种N肥施用水平。
-
The artificial weather room intelligence control system is a kind of resources economy type develop in recent years efficiently the agriculture technique, make use of the artificial weather room to the glasshouse inside of various environment factor, carry on the automatic control and regulate, partly, or the stipulation that even get away from the natural environment completely, the best environment that factitiousness creates the feat farm crop growth, produce a product of high quality, high yield, carry out the superior quality, efficiently, low consume of industrialization scale produce.
帮忙翻译，3Q！人工气候室智能控制系统是近年来发展起来的一种资源节约型的高效农业技术，利用人工气候室对温室内的各种环境因子，进行自动控制和调节，部分地、或甚至完全摆脱自然环境的约束，人为创造适宜作物生长的最佳环境，生产出高品质、高产量的产品，实现优质、高效、低耗的工业化规模生产。
-
An intelligent wireless control system of glasshouse which uses AT89C51 as the kernel is introduced in this paper.
本文设计了一以单片机(AT89C51)为核心的具有无线通信功能的智能型人工气候室测控系统。
-
The main indictor examined were anatomical structrue ofleaves,movement and shedding of leaves,leaf water potential andwater saturation deficit,leaf succulence and specfic leaf area,rate of water loss,slope of water release curve.water parametersof PV curveψo、Vs、Va、Emax and TW/DW et al.
在人工气候室和温室条件下，控制不同土壤水势梯度，从苗木水分生理生态特点、耐旱生产力及存活能力等三个方面研究了1～3年生的油松、侧柏、栓皮栎、元宝枫、刺槐、白蜡、紫穗槐、沙棘和黄栌的耐旱特性及其机理。
-
The article adopts "humidity ratio" integrated emendation method and other two traditional emendation methods in emendation calculating on several group test results. The tests are : simulating test in artificial climate room on 110kV substation equipment of Yangbajing, Lasa and Yanghu by Xi"an High Voltage Lab; power frequency voltage discharge test of ZS-110 by Yunnan provincial electrical research academy. It compares and analyses the equipment test voltage emendated to standard atmosphere conditions with the equipment nominal withstanding voltage. And then it concluded that: the emendation value educed by "humidity ratio" integrated emendation method is basically equal or close to the equipment nominal withstanding voltage; but the values by two traditional emendation methods are mostly higher.It also proves that,"humidity ratio integrated emendation method is more perfect than any other methods, and it can reflect the influence degree of atmospheric parameters on electrical equipment outer insulation discharge voltage actually. The method should be spread in designing high elevation power projects.
文中选择&比湿&综合校正法和两种传统校正法，分别对西高所为羊八井、拉萨、羊湖110kV变电所设备所做的人工气候室模拟试验数据及云南中试所做的ZS-110工频放电电压试验数据进行校正计算，将试验电压的校正值与试验设备的标称耐受电压水平进行比较分析；认为：&比湿&综合校正法的校正值与设备耐受电压水平基本相等或接近，而两传统校正法的校正值大多高于设备耐受电压水平；进一步证明，&比湿&综合校正法是目前诸多校正法中较为完善的，能真实地反映大气参数对电气设备外绝缘放电电压的影响程度的校正法，在高海拔电力工程设计中应推广应用。
-
Based on a great of laboratory investigation carried out on the AC flashover performance of several types of insulators in the multi-function artificial climate chamber of Chongqing University, this paper studies systematically the AC flashover performance of several type of insulators and puts forward a flashover voltage correction method for the atmospheric environment at altitude of 3500 m above, and discusses the flashover process and mechanism of the iced insulator.
本文在国内外现有研究成果的基础上，通过大量的人工气候室模拟试验研究和理论分析，对海拔3500 m以上地区覆冰和污秽绝缘子的交流闪络特性及闪络电压的校正方法进行了系统研究，并对覆冰合成绝缘子的闪络过程和机理进行了初步探讨。
-
In order to make a further illumination of the inter-relationship of photoperiod and temperature in soybean growth and development, soybean cv. Heihe 27 and Zigongdongdou which are insensitive and sensitive to photoperiod, respectively, were treated with different photothermal combinations in phytotrons. The relationship of GmFT expression and photothermal response was analysized.
为进一步揭示大豆生长发育过程中光周期和温度的相互关系，以光周期反应钝感的黑河27和光周期反应敏感的自贡冬豆为实验材料，在人工气候室进行不同光温处理，分析GmFT基因在单叶中的表达变化与光温反应关系。
-
This study focused on the effects of environmental conditions and maize growth stage on the infection of GLS(strain 20-47 on susceptible variety Yedan 13 and resistant variety Shendan 10) in phytotrons and under natural conditions.
利用玉米灰斑病菌株20-47、感病玉米品种(掖单13)和抗病玉米品种(沈单10号)，在人工气候室和自然条件下对影响玉米灰斑病菌侵染的环境条件和寄主生育期进行了研究。
-
It was found that electrical field strength and potential around the the sample changed less in the fully insulated chamber than in conducting material phytotron, so it is closer the real condition. Based on the design, the first fully insulated large artificial climate chamber in China, in which temperature , humidity, and atmospheric pressure can be regulated, has been built in our laboratory. The paper developed an insulation parameters automatic test system of high voltage capacitive equipment based on LabVIEW. In the chamber, On-line tanδmeasurements of the capacitive transformer bushings were completed. The effects of environmental factors on tanδwere analyzed, and the curves between the tanδand the environment parameters were acquired. Then, a grey relational model to analyze the effects of main environmental factors on tanδwas built, and the grey relational grade between them was gained in this paper.
完成的主要工作和取得的主要研究成果如下：提出了全绝缘型人工气候室设计方案，计算分析了气候室内悬挂绝缘子和套管时的空间电场分布情况，并和金属材质气候室相比较，论证了该方案的优越性，据此方案研制的全绝缘人工气候室可调节温度、湿度和压力等参数，满足了人工气候试验的要求；开发了基于虚拟仪器技术的高压电容型设备绝缘特性自动测试系统，完成了人工气候室内变压器套管tanδ的在线测量试验，以此为基础分析了环境因素对电容型设备tanδ的影响情况，获得了tanδ与环境参数的关系曲线，建立了环境因素对tanδ影响的灰关联分析模型，得到了主要环境参数与电容型设备tanδ的灰关联度。
- 更多网络解释与人工气候室相关的网络解释 [注：此内容来源于网络，仅供参考]
-
biotype：生物型,纯系群,同(遗传)型小种 生物型
biotron 生物气候室 人工氣候 Y | biotype 生物型,纯系群,同(遗传)型小种 生物型 Y | biozone 生物带 生物地層 N
-
artificial caoutchouc：人造橡胶
artificial aggregate 人工骨料 | artificial caoutchouc 人造橡胶 | artificial climate room 人造气候室
-
in the course of cultivation：在栽培过程中
in the controlled environment chamber 在人工气候室 | in the course of cultivation 在栽培过程中 | in the development of each ear 在每个穗的发育中
-
phytotoxic metabolite：植物毒性代谢物
phytostratigraphy 植物地层学 | phytotoxic metabolite 植物毒性代谢物 | phytotron 人工气候室
-
field microclimate：农田小气候
地形小气候 topo microclimate | 农田小气候 field microclimate | 人工气候室 phytotron, artificial climatic chamber
-
phytohormone：植物激素,植物生长素
phytochrome [生化](植物的)光敏色素 | phytohormone 植物激素,植物生长素 | phytotron 人工气候室
-
phytovitellin：植物卵黄磷蛋白
phytotron 植物人工气候室 | phytovitellin 植物卵黄磷蛋白 | phytoxylin 植木胶
-
phytotron：人工气候室
用于研究生物和环境的关系,或用于排除不稳定的外界条件对生物影响的研究. 由于使用目的的不同有一定的范围,例如包括植物用的人工气候室(phytotron). 昆虫用的昆虫饲养室(insetron)、菌类和植物病理学研究用的菌类培养室(fungitron)等.
-
phytotron：植物人工气候室
1949年6月,世界上第一座植物人工气候室(phytotron)在美国加州理工学院建成. 嗣后,近20个国家相继建立了不同规模、类型的人工气候室(箱). 其中发展最快的是日本,各类人工气候室约有70余座;人工气候箱已普及到日本各个府、县的农技站.
-
phytotron, artificial climatic chamber：人工气候室
农田小气候 field microclimate | 人工气候室 phytotron, artificial climatic chamber | 人工气候箱 climatic cabinate