人工气候室

人工气候室通信系统的可靠性设计

Reliability Design of the Communication System for a Phytotron

人工气候室专家系统的多传感器管理

Multisensor Management of an Expert System for Phytotron

基于模糊推理的人工气候室温度PID控制器参数的整定

Adjusting the PID Controller Parameters of Artificial Climate Chamber Temperature Based on Fuzzy Reasoning

从贡献率上看，在人工气候室进行的苗期耐冷试验中，QTL的上位性效应大于加性效应；但是在生长箱中进行的试验中，加性效应起主要作用。

Additive effect contributed to budding cold tolerance greater than epistasis effect .

介绍了控制对象人工气候室的特点，阐述了Fuzzy-PID控制原理，并把通过开关切换实现的Fuzzy-PID控制算法实际应用到人工气候室智能控制系统中。

The key features of the artificial weather room , and its'Fuzzy-PID control system is introduced .

利用人工气候室试验研究了高温、高CO2浓度和水分胁迫等气象条件变化对农作物籽粒品质以及粮食安全供给的影响。

The impacts of high temperature , CO2 enrichment and soil water stress on crops qualities and food safety supply are studied by using climatic chamber .

介绍了人工气候室对室内温湿度控制精度的要求，建立了人工气候室的计算机控制系统，采用PLC和微机技术对温湿度进行多级控制。

Presents the control precision requirements of the indoor temperature and humidity . Adopting PLC and computer technology to carry on multistage control to the temperature and humidity , establishes the computer control system .

6个有代表性的甜莱品种在人工气候室的营养液培养试验表明，甜菜子叶期幼苗对NO3~-的吸收要经最初2h的适应阶段后才可均匀进行。

Nutrient solution culture showed that sugar beet seedlings at cotyledon stage began to consistently absorb nitrate after the 1 st 2h of adaptation .

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CO2浓度升高对小麦水分养分利用的效应和机制。

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 .

在人工气候室不同温度下研究了禾谷缢管蚜（RhopqlosiphumPadi（Linnaeus））的生长发育和繁殖。

The development and reproduction of bird cherry - oat aphid ( Rhopalosiphum padi ( Linnaeus )) were observed under artificial climate laboratory .

双向导入系中温室与人工气候室的SKC及温室与人工气候室的SNC均呈高度正相关，表明导入系群体在温室和人工气候室两种环境中钾钠离子变化趋势是一致的。

SKC and SNC were highly positively correlated between greenhouse and phytotron of two-way ILs , indicating that the trends of K + and Na + are consistent at the two environments . 4 .

为了探索光温敏核不育系139S应用基础，利用自然生态条件下3年分期播种试验和人工气候室（箱）、冷水池鉴定，对温敏核不育系139S的温敏特性进行了研究。

Based on the three-year experiments of interval sowings under natural ecological conditions , in artificial chamber and in cold pool , a study was undertaken to test the performance of thermo-sensitive genic sterile rice line 139S .

基于智能控制器的人工气候室自动控制系统的实现

Realization of an Artificial Weather Control System Based on Intelligent Controller

人工气候室自动测试专家系统的数据库管理

The Database Management of Automated Measuring Expert System for Phytotron

人工气候室照度神经网络控制系统的研究

Neural Network Control System of Luminance in the Artificial Climate Room Research

人工气候室专家模糊控制器的研究

Development of Expert Intelligent Fuzzy Controller for an Environmental Chamber

人工气候室热负荷的数学分析

Mathematical Analysis of Unnatural Environmental Building for Heating Load

在人工气候室条件下，山杨扦插生根率达85%。

The rooting rates of P , davidiana in phytotron reached 85 % .

水稻耐热性的人工气候室鉴定方法研究

Study on Phytotron Identification Method of Rice Heat Tolerance

基于网络环境的人工气候室远程监控系统设计

System Design in Remote Monitor Greenhouse Based on Network

人工气候室温度检测电路的设计及干扰校正算法

Design of the Temperature Measurement Circuit and Disturbance Correction Algorithm for Artificial Climate Chamber

人工气候室用于测定作物群体光合作用的方法

Method for Crop Gross Photosynthesis Measurement in Phytotron

自然光照人工气候室的研究

A Research Project on Phytotron With Natural Lighting

沙漠环境人工气候室温度模拟技术研究

Temperature simulation technology of phytotron on desert environment

日光型人工气候室的研究设计

Study and Design of Solar Illuminated Artificial Phytotron

人工气候室监控系统的环境控制器研究

Environment Controller for Monitoring System of Artificial Climate-Room

新型人工气候室自动控制系统设计

New Design of Manpower Climate Autocontrol System

人工气候室多参数综合测试系统

Integrated Measuring System of Parameters for Phytotron

人工气候室计算机控制系统研制

Computer control system of artificial climate room

人工气候室的智能控制

The Intelligent Control for Environmental Chamber