補償點 的英文怎麼說

中文拼音 [bǔchángdiǎn]
補償點 英文
cocompensation point
  • 補 : Ⅰ動詞1 （修理; 修補） repair; mend; patch 2 （補充; 補足;填補） fill up; add supplement; supply; ...
  • 償 : 動詞1. （歸還; 抵補） repay; compensate for 2. （滿足） meet; fulfil
  • 點 : Ⅰ名詞1 （液體的小滴） drop （of liquid） 2 （細小的痕跡） spot; dot; speck 3 （漢字的筆畫「、」）...
  • 補償 : compensate; make up; make up for; make it up to sb. ; make sth. good; compensation; offset
  1. This balance is known as co2 compensatory point

    這平衡被稱為co2補償點。
  2. And a solve scheme is presented, controlling the voltage of 220kv power network in chongqing under 232kv during low load period. with the increase of load and power supply, the reasonable positions and capacitance of reactive power compensation become reasonless

    隨著負荷的不斷增加，電源亦隨之大幅度增加，使得原網路中本來合理的補償位置、補償容量變得不合理，因此有必要重新選擇補償點。
  3. In situ field dynamic monitoring results of soil moisture of three types of greenbelt in tianjin economic development area, including bentgrass, tall fescue and paulownia, showed that the seasonal and vertical dynamics of soil water is the basis of water - saving irrigation

    本文採取原位動態觀測和室內分析相結合的方法研究天津開發區本特草坪、高羊茅草坪和泡桐行道樹的節水灌溉指標，如灌溉飽和點與補償點、灌水定額與周期等。
  4. The special species s. platensis in inner mongolia has the highest value of the content of pigments, the biggest net photosynthetic rate, the highest lightcom - pensation and lightsaturation. has the lowest value of the respiration ( 24 )

    內蒙古特有的鈍頂螺旋藻s1的光合色素含量、最大凈光合速率、光補償點、光飽和點都最高，呼吸速率最低（ 24 ） 。
  5. The light saturation points, compensation points and dark respiration rates of t. media cv. hicksii seedlings go down while the contents of chlorophyll and the ratios of chlorophyll a and b increase along with the weakening of light intensity of the growing environment, but their co2 compensation points and photorespiration rates go up

    遮蔭使曼地亞紅豆杉幼苗光飽和點、光補償點及暗呼吸速率降低，但光呼吸速率和co _ 2補償點升高，葉綠素含量增大而葉綠素a b減小。
  6. While with the super hige voltage power network gradually built and the structure of system becoming more complex, the calculation time of optimization increases when the number of buses that need reactive power compensation is relatively large. especially, when the positions of compensation are uncertain, selecting the position of compensation can reduce time when reactive power optimizing

    而且隨著超高壓電網的逐步形成，系統結構日趨復雜，需要安裝無功補償設備的母線比較多的時候，優化計算所需的時間將加長；尤其是在網路補償位置不確定的情況下，無功補償點的選擇就成為無功優化計算前節約時間的有效措施。
  7. Thus the reactive compensator can be located in the center of the distributed load in the area and make the best user of the compensator ' s capacity. the distance flowed by the reactive current is efficiently reduced and the active loss of power net goes down. two - stage control model is adopted in the optimized control technique of the system

    該系統採用了測量點與補償點與分開的方式，實現了區域性無功負荷監視，使無功補償點可以安置在區域性分散負荷的中心部位，最大程度地利用了補償容量，有效地縮短了無功電流傳輸的距離，降低了電網的有功損耗。
  8. The reactive power optimization compensation is to find the suitable compensation place and the best compensation capacitance by adjusting the generator bus voltages, transform taps and reactive compensation capacities in the condition of satisfying power load requirement, which can guarantee the secure and high quality power for consumers. the improved genetic algorithm is applied in this thesis according to the features of reactive power optimization of high voltage transmission bus, which are the non - linear problems with multi - variables and multi - restrictions

    電網無功優化補償是在有功潮流調度給定的情況下，以負荷節點電壓和線路輸送無功功率作為狀態變量，運用優化演算法，調節發電機節點電壓、變壓器可調分接頭和無功補償裝置，在滿足電力負荷的要求下，尋求合理的無功補償點和最佳補償容量，保證電網能夠安全、優質地向用戶供電。
  9. Irrigation water requirement per time = ( soil water irrigation maximum - soil water irrigation minimum ) ? scheming wetted soil layer depth. irrigation cycle and irrigation times were decided by soil water irrigation maximum, minimum and consumption velocity

    灌水周期和灌水次數由灌溉飽和點與補償點及土壤水分消耗速率決定，表現為強耗水期灌水周期短，灌水次數多，其後依次按中、弱、微耗水期灌水周期增長，灌水次數減少。
  10. According to the correlativity between stomatal conductance and soil moisture, root system distribution and soil water profile, these greenbelt should irrigate when soil moisture is high, and their scheming wetted soil layer depth is shallow in slow consumption stage ; irrigate when soil moisture is low, and their scheming wetted soil layer depth is deep in quickest consumption stage ; irrigate when soil moisture is higher, and their scheming wetted soil layer depth is deeper hi slower consumption stage

    在草坪弱、泡桐中耗水期時，土壤高含水量時即須淺層灌溉補水，以滿足其萌發需要；中、強耗水期，可低土壤含水量時深層灌溉補水；微耗水期，為安全越冬，又需中深層灌溉補水。最大灌水定額由灌溉飽和點、補償點和計劃濕潤深度確定。
  11. To optimize capacitors placement in the distribution system for reducing power losses, the single capacitor compensation method is used to reduce the numbers of locations and to find the locations with best economic profits, meanwhile, the value of continuous variables is gained at the same time

    對于電容器優化配置採用單電容補償定位法，減小待補償點的個數，將補償限制在補償效益最好的點上，同時得到補償的連續量值。
  12. Light compensation point

    光補償點
  13. They are characterized by high carbon dioxide compensation points owing to photorespiration

    它們光呼吸很明顯因而具有較高的二氧化碳補償點。
  14. < uk > plants which photosynthsize can be classified into those with high and those with low compensation points. < / uk >

    < uk >進行光合作用的植物，可以分成具有高補償點的和具有低補償點的兩類。 < / uk >
  15. The results show : ( 1 ) the light compensation point and light saturation point of s1 s2 and s3 were in range of 12 ~ 27 mol / m2 s and 180 ~ 360 mol / m2 s, respectively, and they changed with the irradiance. ( 2 ) both light compensation point and light saturation point of s1 were higher than those of s2 and 83, and s1 showed greater capability against high irradiance than s2 and s3. ( 3 ) the optimal temperature of the three strains were 25, 35 and 30, respectively, and they had temporal effect. ( 4 ) respiratory rate rose as the temperature rising, and at about 40, it reached the peak

    結果表明： （ 1 ） s _ 1 、 s _ 2 、 s _ 3的光補償點和光飽和點的變化范圍分別為12 27 mol m ~ 2 ? s和144 360 mol m ~ 2 ? s ，二者可隨光照環境的變化而變化，其中s _ 1的光補償點和光飽和點均高於s _ 2和s _ 3 ，且表現出強于其餘兩個藻種的抵禦強光輻射的能力； （ 2 ）三個藻種的最適溫度分別為25 ， 35 ，和30 ，具有時間效應； （ 3 ）呼吸速率隨溫度的升高而升高，最大值出現在40附近；溫度低於25 ， s _ 1的光合速率最高，呼吸速率最低，表現出很強的低溫適應性； （ 4 ）螺旋藻的光合特性可隨光照環境的變化而變化，光強增強，可使螺旋藻的最適光照范圍增大，抵禦強輻射的能力增強； （ 5 ）螺旋藻受到溫度脅迫時，其最適光照范圍變窄，對光強的敏感性增加。
  16. This paper calculates and analyses the positions of compensation in chongqing power network respectively by means of sensitivity analyses singularity analyses margins analyses and modal analyses. before optimization, the paper firstly makes certain the weak voltage bus and the positions of compensation

    論文分別採用靈敏度分析法、奇異值分析法、靜態電壓裕度法和基於靈敏度的模式分析法分別對重慶電網的無功補償點進行了計算和分析，在優化計算前先確定出了重慶電網的電壓薄弱點和對應的無功補償候選點。
  17. Considering the properties of reactive power compensation, the paper synthetically analyses and compares the methods of sensitivity analyses, singularity analyses margins analyses and modal analyses, and draws a conclusion that the modal analyses based on sensitivity is more practical and effective for selecting the positions of compensation. the method has properties o f explicit concept, small computation and rapid processing, and is suitable for the selection of the positions of compensation in great scale power system

    考慮無功補償的特點，對靈敏度分析法、奇異值分析法、裕度分析法和模式分析法進行了綜合分析和比較，得出利用基於靈敏度的模式分析法選擇無功補償點時，結果更為實用有效，該方法物理概念清楚，計算量小，處理速度快，適合解算大規模的電力系統補償點的選擇問題。
  18. Soil water irrigation minimum and scheming wetted soil layer depth were decided by soil physical properties and plant physiological property

    灌溉補償點和計劃濕潤層深度據植物根系分佈、葉片氣孔導度與土壤含水量的相關性及土壤水分層次性等確定。
  19. Plants which photosynthsize can be classified into those with high and those with low compensation points.

    進行光合作用的植物，可以分成具有高補償點的和具有低補償點的兩類。
  20. This paper firstly analyses the positions of reactive power compensation before reactive power and voltage optimization

    本文在對重慶電網進行無功優化前，首先分析了無功補償點的確定問題。
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