control total中文是什么意思

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中文翻譯
造句

檢查和
檢查總計
控制總計
控制總量
控制總數(shù)

control n. 1.支配，管理，管制，統(tǒng)制，控制；監(jiān)督。 2.抑制 ...
total adj. 總計的(金額等)；全部的；完全的(失明等)，絕 ...
total control 全面管理
batch control total 分批控制總數(shù)
batching with a control total 控制總和的整批作業(yè)
control rod total effectiveness 控制棒全效率
tnc total numerical control 全部用數(shù)字表示的控制
total amount control 總量管制
total atmospheric control system 艦內空氣全控系統(tǒng)
total control counter 總控計數(shù)器; 總控制計數(shù)器
total control unit tcu 總控單元
total distributed control 全分布式控制
total distributed control system 綜合分布型控制系統(tǒng); 綜合分散型控制系統(tǒng)
total drilling control 鉆井工程全面監(jiān)測
total environmental control 全環(huán)境管理; 總環(huán)境控制
total loss control 全面損失控制確認、評估并控制所有各種可避免的組織資源浪費。; 總虧損控制
total mass control 總量管制
total navigation control 總體導航控制
total numerical control 全數(shù)字控制
total plant control 全員工廠管理
total print control 總體打印控制
total quality control 全面品質管制; 全面質量管理全面質量控制完全質量管理; 全面質量管理制; 全面質量控制
total quality control circle 全面質量管理圈
total quality control(tqc) 全面質量控制; 全員品管
total quality control, tqc 全面質量管理

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例句與用法

Bolt torques control total spring load
螺栓扭矩控制所有的彈簧負載。
Milling machine of microcomputer numerical control total : 2 sets
微電腦數(shù)控銑床2臺cad設計人員
Research on controlling total amount of pollution in hunhe area of shenyang
渾河沈陽城區(qū)段污染總量控制研究
Batching with a control total
控制總和的整批作業(yè)
On the respect of congestion control , at the same time of making some improvement on flid , a method of controlling total receiving flow of host adjusting to its performance is put forward in this paper
在擁塞控制上，本文對flid方法作了改進，同時提出根據(jù)不同的主機性能配置，控制總的接收流量，從而提高了接收效率。
Controlling total quantity of discharging of atmospheric pollutant is one effective and scientific management means , which takes controlled areas as one integrated system and adopts some effective means to reducing atmospheric pollutant discharged into the area to certain limitation , it aims at satisfying the quality requirement of atmospheric environment , it can resolve the problem of atmospheric pollution once and for all
大氣污染物排放總量控制是將控制區(qū)域作為一個完整的系統(tǒng)，采取有效措施將排入?yún)^(qū)域范圍內的大氣污染物負荷總量控制在一定的數(shù)量之內，以滿足該區(qū)域的大氣環(huán)境質量要求，為大氣污染控制提供了科學有效管理手段，從根本上解決大氣污染問題。
The numerical simulation equations of the border curves in term of and as well as the matching rules and the frequency dependence of microwave electromagnetic parameters of a broad - band homogeneous absorbing coating with a finite value of reflection loss are available . these results pointed out the direction to develop rams " . according to the radar - absorbing model , the optimized design of rams with thin - layer , light - weight , broadband and strong - absorbing is available by the simple genetic algorithms , which can effectively conduct the research work of rams to the detail . small but completely , the electromagnetic parameter ' s databases of rams that based on actual microwave absorbers have been set up , the object function has been constructed which conform to the involved goals , the adaptive coding measure is taken which extends the coding length dynamically adapting to the condition of the number of actual absorbers or the precision of thickness and absorber - volume - percentage , the decoding technique is initiated which satisfies light - weight and strong - absorbing as well as thin - layer and broadband by adopting of tracing variable restricting conditions dynamically to control total thickness . when decoding , the variable restricting conditions of thickness are dynamically traced , so gain the radar absorbing coatings of light - weight multiple - layer single - ingredient . similary , of thickness and absorber - volume - percentage , of light - weight multiple - layer multiple - ingredient . also , the rams ' demand to radar - absorb performance as frequency is met making use of the penalty function
作為遺傳算法的具體實施：根據(jù)本實驗室近來研制的吸波材料，建立了吸波材料的相關數(shù)據(jù)庫；構造了能真實體現(xiàn)“薄、輕、寬、強”優(yōu)化目標的目標函數(shù)；根據(jù)材料的實際數(shù)量以及涂層厚度精度要求、吸收劑體積分數(shù)精度要求，建立了能動態(tài)擴展相應碼長的自適應編碼方法；首創(chuàng)了通過動態(tài)跟蹤變量的約束條件來控制涂層總厚度的解碼技術，以此實現(xiàn)了在不弱化寬頻、高強的吸波性能目標的同時，兼顧到薄層、輕質的使用性能要求；在解碼時通過動態(tài)跟蹤厚度變量的約束條件，實現(xiàn)了多層單組分吸波涂層對重量輕的要求；通過動態(tài)跟蹤厚度變量的約束條件和吸收劑體積分數(shù)的約束條件，實現(xiàn)了多層多組分吸波涂層對重量輕的要求；使用權重系數(shù)變化法，實現(xiàn)了吸波涂層的分頻段吸波性能要求。