1.This paper introduces a multilevel Intelligent Environment Monitoring System of Greenhouse based on RS485 BUS technique, which performs real time measurement of temperature, humidity of the air, soil moisture and Carbon Dioxide concentration in the greenhouse. The administrator can monitor the environment conditions in the greenhouse by using it.
本课题设计的是一套基于RS485总线技术的多级温室环境智能监测系统，实现了对温室内环境温度、空气湿度、土壤湿度及二氧化碳浓度的实时监测，使管理人员可以实时掌握温室内的环境情况。
2.Temperature and illumination of solar greenhouse in Alar City where the winter vegetable was planted were determined. The results showed that there were very good heat preservation and light-taking performance in the solar greenhouse,but in the cold season,temperature and light conditions in the solar greenhouse could not meet the needs of thermophilic,photophilous fruits,vegetables and crops,etc.
对阿拉尔市普遍用于冬季蔬菜种植的日光温室内温度和光照测定结果表明:日光温室虽有很好的保温采光性能,但寒冷季节,日光温室内的温光条件仍满足不了喜温、喜光等果菜类作物正常生长的需要。
3.This text introduces the remote monitor for greenhouse that takes micro controller unit and ethernet control chip RTL8019AS as the system core. Through connecting MCU embedded TCP/IP protocol with the ethernet, the user can realize long-distance realtime communication and control with the greenhouse through any PC browser in the network.
介绍了以单片机和以太网控制芯片RTL8019AS为核心的温室远程监控系统,通过将嵌入TCP/IP协议的温室控制的单片机接入以太网,可以使用户通过网络中任一台PC机的浏览器实现与大棚终端设备的远程实时通信和控制。
4.This paper described the main character function and|of "King View" and Intelligence Greenhouse control system through the deveolopment practice of "KingView" for Intelligence Greenhouse control system. The function of control menu and the process of development were introduced in details, include the interactive communications with PLC in system.
通过工控组态软件“组态王”在智能温室控制系统中的开发应用实践 ,描述了“组态王”及智能温室控制系统的主要特点及功能、组成 ,详细介绍了系统控制画面的功能 ,组态开发的过程 ,以及和系统中的可编程控制器 ( PLC)的交互通信。
5.The objectives of this study were to evaluate several methods and develop the more rapid techniques for assessing resistance to M. arenaria in peanut under greenhouse environments. During 2002~2003, two pot trails were conducted in Tifton, Georgia to determine the appropriate screening protocol for identifying resistant genotypes under greenhouse conditions.
为了通过对花生抗线虫鉴定方法的比较,确定更加快速有效的抗性鉴定技术,作者于2002~2003年在佐治亚大学的Tifton试验站进行了温室盆栽试验。
6.The influence of greenhouse environment on the growth of in Rudbeckia hirta, a biennial herbaceous flower was studied through comparative experiments conducted in a greenhouse and in the open air.
以二年生草本花卉黑心菊为材料,通过温室栽培和露天栽培之间的比较实验,研究了温室环境对其生长的影响.
7.In EM210 solar greenhouse, we adopt Galilieo—LPS plant physiological monitor system made in Israel and greenhouse environmental weather factor observation system to real-time monitor weather factors and Eco-physiological characteristic values of tomato continuously.
在EM210型日光温室中采用以色列生产的Galilieo—LPS植物生理监测系统和温室环境气象要素观测系统,对番茄的生理生态特征量和气象要素进行了实时连续监测。
8.Suggestion: Cinsidering all of the factors synthetically,in order to obtaining a better temperature environ mentwe should use the greenhouse adopted damp curtain ventilator cooling system,the depth(the relative distance between damp curtain and ventilator) of the greenhouse had better no more than 50m .
建议：综合诸多因数考虑，为保证温室内有良好的温度环境，拟采用湿帘-风机降温系统的温室，温室的距离（湿帘与风机的相对距离）最好不要超过50米。
9.In this paper,absorption to net solar radiation of inner surfaces of greenhouse was deduced,and calculation method of air absorptivity inside greenhouse was also given.
针对温室内存在气体辐射问题,应用辐射相关知识,推导出温室各内表面对太阳净辐射的吸收份额,并给出了温室内气体吸收率的计算方法。
10.Study on Greenhouse Climatic Regionalization and Heating Meteorological Parameters of Multi-Span Greenhouse in China
中国温室气候区划及连栋温室采暖气象参数的研究
