heat on period 中文意思是什麼

heat on period 解釋
加熱期
  • heat : n 1 熱;熱力;熱度;熱量。2 體溫;發燒。3 (氣候的)高溫,暑氣。4 【冶金】熔煉的爐次;裝爐量;一...
  • on : adv 1 〈接觸、覆蓋〉上去;開(opp off)。 turn on the light [radio water gas] 開電燈[收音機、自來...
  • period : n 1 時代;期;時期;期間;階段。2 〈the period〉現代,當代。3 周期;【地質學;地理學】紀。4 終結...
  1. Based on the investigation of the average heat load during heating period and non - heating period, the paper conducts the distribution of heat load, thermodynamical calculation and economic index calculation for the union operation of various heating units

    根據調查採暖期和非採暖期的平均熱負荷,對不同類型的供熱機組聯合運行進行了熱負荷的分配、熱力計算及經濟指標的計算。
  2. The study also reveals the relationship between pasture ' s growth period, yield and their relation to weather factors and the evolvement characters of grassland vegetation under the background of drought climate, and refers to the main factors of the influence on grass - turn - green period as water condition in qinghai lake areas, and the main factors as the quantity of heat in the southern area of qinghai. because of the drought in the " three rivers source area ", the growing season is shortening and the production of the grass is decreasing clearly

    揭示了牧草生育期、產量以及群體結構與氣象因子之間的關系和氣候乾旱化影響下草場植被的演變特徵,提出了影響環湖地區牧草返青期的主要因子是水分條件,影響青南地區牧草返青的主要因子是熱量條件, 「三江源」地區由於氣候乾旱化,導致牧草生長季呈縮短趨勢,牧草產量明顯下降。
  3. For a long time, the heat exchange network and its equipment in thermal power system have been designing mainly depending on traditional half - experience, and just because of the great power consumption in thermal power system, large volume and high cost of equipment, long design period, huge waste of materials and energies, they have already been not able to meet the tendency of high efficiency, energy saving and low cost

    長期以來,熱力系統中換熱網路及其換熱設備的設計以傳統的半經驗為主,所設計的熱力系統能耗較高、換熱設備體積較大、設計成本高、周期長,材料和能源的浪費嚴重,已不能適應高效、節能、低成本的發展趨勢。
  4. Presents the investigation of the heat conduction behavior, internal thermal stress field of specimen under thermal shock and microscopic damage and failure of the tungsten based composites by combination of macroscopic and microscopic analyses and integration of material science and mechanics ; describes a microscopic mechanical model based on the microstructure of components with macroscopic stress applied to the microscopic model as that of maximum principal stress at the center, and the fringe of the specimen, and the microscopic stress fields obtained through calculation by the finite element method, and concludes from test results that the maximum principal stress is first generated inside the test coupon, and a failure will be first initiated in the inclusion if the material fails at this time ; the maximum principal stress moves to the edge of the test coupon after the test coupon is heated for a period of time, and the failure will first be initiated in the base if the material fails at this time

    從材料設計的思想出發,採用宏觀與微觀、材料科學與力學相結合的方法,對鎢基復合材料的熱傳導行為、材料在熱沖擊載荷下的內部熱應力場及材料細觀結構的破壞行為進行了詳細的理論研究.根據鎢基復合材料的細觀組織結構建立了材料細觀模型.在宏觀分析的基礎上,分析了材料微結構內部的破壞行為.分別取試件心部與邊緣主應力值最大點的應力狀態,施加在所建立的模型上,用有限元方法計算了模型內部的彈性應力場.結果表明:試件主應力最大值首先產生在試件內部,此時,如果材料發生破壞將先從夾雜中開始;加熱一段時間后試件中的最大主應力值轉移到試件邊緣,此時材料發生破壞將先從基體中開始
  5. The influence of external thermal insulation technology for external wall on variable charge for heating under two heat prices is analyzed, the study is made on the investment recovery period of external thermal insulation system for external wall at different shared ratios when the energy saving renovation of existing buildings is conducted for a certain external thermal insulation system with heating price of 40 yuan / gj

    分析了在兩部制熱價下外墻外保溫技術對可變熱費的影響,研究了採用某外墻外保溫系統進行既有建築節能改造,當熱價為40元gj時,不同分攤率下的外墻外保溫系統的投資回收期。
  6. Effects of electric - heat medicine - separated moxibustion on monoamine neurotransmitters in the cerebral cortex of rats in pre - senile period

    電熱隔藥貼灸對老年前期大鼠大腦皮質單胺類神經遞質含量的影響
  7. Based on the economical district heating meteorological model and its index system established by meteorology - heating experiment data in the past, and relied on the routine meteorological operational system, and access2000 data base system, beijing economical district heating meteorological forecast system is developed through using mixing programming technology of fortran and vc computer language that is put into application in the beijing special meteorological observatory and beijing district heating group company during the heating period of 2002 - 2003, offering the basis for real time heat dispatching

    摘要以氣象熱力試驗數據建立的供熱氣象節能模式、指標體系為依據,依託常規氣象業務系統,選取access2000作為數據庫系統,利用fortran和vc計算機語言的混合編程技術,開發了北京城市集中供熱節能氣象預報系統,並於2002 ~ 2003年採暖季在北京市專業氣象臺和北京市熱力集團公司投入應用,為實時供熱調度提供依據。
  8. This paper introduced the experimental results for ground - source water / water heat pump, analyzed the effects of the variety flux on system performance coefficients, which showed that the optimal operation flux is 1000 ( l / h ) and provided the heat exchange rate per unit depth of coil, 45 80 ( w / m ). compared the exchang - heat - curveline in winter with that in summer, through which showed the advantages of gshp in mode of heating and cooling on long - period operation

    本文介紹了地源水-水熱泵全年冬夏暖冷聯供的實驗結果以及過渡季地溫的恢復情況,分析了系統流量對熱泵性能參數的影響,獲得了最佳運行流量為1000 ( l / h ) 。並實測得到單位管深換熱率及埋管的有關性能指標。
  9. The paper briefly introduces the work mechanism of heat pipe and heat pipe heat exchanger, the application of heat pipe heat exchanger in industrial recovery of waste heat, and the effective measures to prevent the problems such as ash accumulated on surface of heat pipes and sulphuric acid corrosion at low temperature during the running period of heat pipe heat exchanger

    摘要簡要介紹了熱管及熱管式換熱器的工作原理,熱管式換熱器在工業余熱回收中的應用,以及熱管式換熱器運行過程中防止積灰和低溫腐蝕等問題的有效措施。
  10. In order to find out the mechanism of the soil strength weakening during the period of thawing and the effective prevention measures, some adjustment was made on the traditional triaxial apparatus, together with special frozen soil samples preparation equipment, customized frozen soil samples thawing apparatus and external heat preservation facilities, a new apparatus for investigating the weakening characteristic of frozen soil was made successfully

    為探明路基土融化過程中的強度弱化機理,在此基礎上制定有效的凍害預防措施,對國產土工靜力三軸儀進行了一系列改造,並配以專用的凍土試樣制備設備、凍土試樣融化加熱設備和外部保溫設施,共同製成凍土解凍時的強度弱化試驗儀。
  11. In chapter 2, the decision - making process of the “ project of the heat - delivering system of yatai garden ( phase i ) ”, including studies on the spare blue print, selection of the final blue print and the decision - making results, was post - evaluated and analyzed. the limitation occurred during this process was pointed out and suggestions were provided by the authors for the future project management. the managements in the different period of project are interacted with each other, especially in the construction period

    本文作者詳細跟蹤調查了亞泰花園一期供熱站項目的決策、實施、驗收及運行流程,並利用對比分析的方法,客觀、公正地評價了亞泰花園一期供熱站項目管理的全過程,總結了亞泰集團在該項目上的一些管理經驗,對未來亞泰集團項目管理水平的提高具有一定借鑒意義。
  12. Using the electric power during nighttime ( off - peak period ), the cooling load is stored on the underground soil partially or fully to satisfy the air conditioning load requirement during daytime ( on - peak period ). based on the above, the theoretical and experimental researches on the performance of ghe under coupled heat conduction and heat advection are implemented in this paper

    基於此,本文對這種新型集成系統的地下埋管換熱器在熱滲耦合理論下的傳熱特性展開了理論和實驗研究(本文研究為國家自然科學基金( no . 50378024 )項目的一部分) 。
  13. This paper presents the calculation formula for determination of reasonable soak time and heated radius at end of soaking by analysis of changes of oil layer and steam energy during soaking period, based on basic theories of reservoir engineering and heat transfer

    應用油藏工程、熱傳遞基本理論剖析了燜井過程中油層和蒸汽的能量變化,推導出確定合理燜井時間的計算公式和燜井結束后加熱半徑的計算公式。
  14. Should there be no electricity, people would still be living under the same condition as in the middle period of 19th century, relying on coal, wood, oil and natural gas for heat and light, and steam to provide power for industry and transportation use

    沒有電,人們就會在19世紀中期的條件下生活和工作,靠煤、木材、油、天然氣等燃料獲取熱和光,靠蒸汽為工業和運輸提供動力。
  15. On asian - european marine routes refrigeration systems are placed in 40 - 90 % rating heat load for a bng period of time and the energy is wasted considerably

    亞-歐、亞-美航線上冷藏集裝箱製冷系統長期處在額定負荷的40 90下運行,能量浪費極其可觀。
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