control n. 1.支配,管理,管制,統(tǒng)制,控制;監(jiān)督。 2.抑制(力);壓制,節(jié)制,拘束;【農(nóng)業(yè)】防治。 3.檢查;核對(duì);(試驗(yàn)中的)對(duì)照(處理)。 4.(記錄等的)留底;底本;存根。 5.【航空】駕駛;〔pl.〕操縱裝置。 6.(飛機(jī)的)修理站;(車賽等的)慢行地區(qū);(同上地區(qū)內(nèi)車身等的)檢查站。 7.【棒球】制球能力。 remote [distance] control遠(yuǎn)距離操縱,遙控。 homing control【火箭】導(dǎo)引;自導(dǎo)。 traffic control交通管制。 public control普查。 biological control生物防除。 birth control 生育控制,節(jié)(制生)育。 automatic control自動(dòng)控制(裝置)。 control of light 燈火管制。 beyond control 無(wú)法控制。 in control (of) 由…控制(住),管理。 get out of control 失掉控制(能力),控制不住。 get under control 抑制,治理(水患),防止(火災(zāi))(The fire was got under control. 火已壓下去了)。 have control of [over] oneself 控制[克制]自己。 have no control over 不能控制,無(wú)控制力。 keep under control 抑制,控制,統(tǒng)制。 lose control of 失卻對(duì)…的控制力,控制不住。 out of control 失去控制。 under the control of 受管制[管理、支配],在…管轄下的。 without control 不受管制地,無(wú)拘束地。 vt. 1.管理,統(tǒng)制;節(jié)制,抑制,控制;監(jiān)督;防治。 2.核對(duì),核實(shí),對(duì)照;檢查。 control oneself 自制。
Bolt torques control total spring load 螺栓扭矩控制所有的彈簧負(fù)載。
Milling machine of microcomputer numerical control total : 2 sets 微電腦數(shù)控銑床2臺(tái)cad設(shè)計(jì)人員
Research on controlling total amount of pollution in hunhe area of shenyang 渾河沈陽(yáng)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(duì)flid方法作了改進(jìn),同時(shí)提出根據(jù)不同的主機(jī)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(gè)完整的系統(tǒng),采取有效措施將排入?yún)^(qū)域范圍內(nèi)的大氣污染物負(fù)荷總量控制在一定的數(shù)量之內(nèi),以滿足該區(qū)域的大氣環(huán)境質(zhì)量要求,為大氣污染控制提供了科學(xué)有效管理手段,從根本上解決大氣污染問(wèn)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(shí)施:根據(jù)本實(shí)驗(yàn)室近來(lái)研制的吸波材料,建立了吸波材料的相關(guān)數(shù)據(jù)庫(kù);構(gòu)造了能真實(shí)體現(xiàn)“薄、輕、寬、強(qiáng)”優(yōu)化目標(biāo)的目標(biāo)函數(shù);根據(jù)材料的實(shí)際數(shù)量以及涂層厚度精度要求、吸收劑體積分?jǐn)?shù)精度要求,建立了能動(dòng)態(tài)擴(kuò)展相應(yīng)碼長(zhǎng)的自適應(yīng)編碼方法;首創(chuàng)了通過(guò)動(dòng)態(tài)跟蹤變量的約束條件來(lái)控制涂層總厚度的解碼技術(shù),以此實(shí)現(xiàn)了在不弱化寬頻、高強(qiáng)的吸波性能目標(biāo)的同時(shí),兼顧到薄層、輕質(zhì)的使用性能要求;在解碼時(shí)通過(guò)動(dòng)態(tài)跟蹤厚度變量的約束條件,實(shí)現(xiàn)了多層單組分吸波涂層對(duì)重量輕的要求;通過(guò)動(dòng)態(tài)跟蹤厚度變量的約束條件和吸收劑體積分?jǐn)?shù)的約束條件,實(shí)現(xiàn)了多層多組分吸波涂層對(duì)重量輕的要求;使用權(quán)重系數(shù)變化法,實(shí)現(xiàn)了吸波涂層的分頻段吸波性能要求。