indoor temperature control 中文意思是什麼

indoor temperature control 解釋
室內溫度控制
  • indoor : adj. （opp. outdoor）1. 屋內的，室內的。2. 待在家裡的。3. 〈英國〉救濟院內的。
  • temperature : n. 1. 溫度，氣溫。2. 體溫。3. 〈口語〉發燒，高燒。
  • control : n 1 支配，管理，管制，統制，控制；監督。2 抑制（力）；壓制，節制，拘束；【農業】防治。3 檢查；核...
  1. Victory company specializes in manufacturing doors and gates used in various industries, such as indoor, outdoor, refrigerating room, cargo platform, logistic passage and places requiring temperature control, noise control, hygiene control, meeting the specific needs of modern industry

    勝利公司專業生產工業用門類，主要使用於室內、室外、冷庫、裝卸貨臺、物流通道及需要溫度控制、噪音控制、衛生控制的環境，滿足現代化工業特殊需求。
  2. The compact algorithms for heat release from floor, indoor thermal environment, control characteristic and energy efficiency of room with imbed pipe floor heating system were studied in this dissertation. the heat release from floor is key nodes in designing of imbed pipe floor heating systems. the existing plate fine model is corrected to improving its accuracy by amending the temperature of fine root

    文中對原有的平面肋片簡化演算法採用了肋基溫度修正，提高了其計算準確度；根據埋管低溫熱水輻射地板結構特點，利用地板導熱形狀因子計算地板當量熱阻，首次提出了更為簡便的當量熱阻演算法，該演算法將影響地板傳熱的物性參數和各種結構參數歸結到當量熱阻中，方便於工程分析和計算。
  3. Installing an independent air conditioning control at the general post office, allowing individual officers to control the indoor temperature and air flow of the rooms

    在郵政總局裝設獨立空調控制器，讓各人員能自行調節室內溫度和空氣流量
  4. The results indicate that thermostatic radiator valves can regulate and control indoor temperature effectively and save heating energy consumption, and that using thermostatic radiator valves can produce good economic benefit because the initial investment is lower and the payout period is shorter

    分析結果表明散熱器恆溫控制閥可以有效調控室內溫度和節約供暖能耗；恆溫控制閥初投資低和投資回收期短，在實際應用中可以產生良好的經濟效益。
  5. Temperature control system of traditional air - conditioner depends on its sensors to monitor indoor temperature ' s changes and to control the compressor to run at a specified speed

    傳統空調器的溫度控制是通過溫度傳感器感受室內溫度變化，來控制壓縮機的開、停（壓縮機以恆定的轉速運行） 。
  6. A better desired ventilation form is acquired by comparing the three efficiency values. on the basis of recently materials collected in the field at home and abroad, this paper adopts two - equation turbulence model by analysis and comparison, and sets up mathematical model to study three - dimentional indoor turbulent flow. control - volume method and power - law scheme is used to discrete these differential equations. according to semi - implicit method for pressure - linked equations ( simple algorithm ), author writes a general program in c language for simulation of the velocity profile, temperature and pollution concentration distributions of indoor airflow, and the writing, the debugging and the running of the program. all are completed in microsoft visual c + + 6. 0 environment

    在收集國內外在這一領域內的大量資料的基礎上，通過分析與比較，採用了k -雙方程模型來研究室內氣流的濃度分佈，建立了描寫穩態的三維紊流室內氣流濃度分佈的數學模型，採用控制容積法和冪函數分佈方案來離散微分方程組，按壓力藕合方程的半隱式法（ simple ）演算法，用c語言編寫了計算室內氣流流場和溫度場、濃度場的通用程序，並在microsoftvisualc + + 6 . 0環境下對程序進行編制、調試與運行，並對調試工作做了探討與分析。
  7. Air - conditioned indoor best to control temperature 5 c, suitable

    空調盡量控制在室內外溫差5為宜。
  8. 2. according to the weighted average, soil co2 concentration is 0. 58 - 13. 29 times of that in atmosphere and is relatively lower than similar research, meanwhile, soil co2 concentration in profile varied irregularly, which possibly is due to the chemical and physical characteristic of loess soils, season change and arid climate etc. the variation of soil co2 concentration in profile is mainly controlled by soil temperature and soil moisture, in contrast with soil temperature, the control role of soil moisture is minor. in conclusion, in order to have a good command of the distribution and change rule of soil profile co2 concentration as well as its effect factors, multi - point and successive location experiment should be made, meanwhile establish indoor soil - pillar monitoring experiment

    土壤co _ 2的濃度約為大氣co _ 2濃度的0 . 58 ? 13 . 29倍與同類研究相比要低，這是與黃土的土質特性，觀測期又逢特別乾旱年制約了土壤微生物的活動，再加上土壤中有機質虧損，養分不足造成的；土壤co _ 2含量的變化是隨溫度的升高而升高，在夏季達最高值，冬季最低；在土壤co _ 2濃度變化的影響因子溫度和水分中，溫度的影響作用高於水分；土壤剖面co _ 2濃度隨著深度增加，總的變化趨勢是遞增的，但也有反復，甚至有的順剖面而下幾乎保持一恆值，這與季節變化和黃土自身結構的通透性以及在觀測期內的乾旱氣候等條件有關。
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