thermal peak 中文意思是什麼
thermal peak
解釋
溫度峰值-
An enclosed single tube thermal separator was designed and by means of which the influence of single element of q, l, f, on the performances of thermal separator was investigated experimentally. on the basis of the comparison between the theoretical analyses with the results of the experiment, a relatively systematical theory of the cooling mechanism and peak oscillating effect of the thermal separator was founded
設計了一臺封閉式單管熱分離實驗裝置，對q 、 l 、 f 、 、激波吸收器等因素對熱分離機性能的影響進行了單因素實驗；對理論分析和實驗結果進行了比較，形成了較為系統的熱分離機製冷機理和峰值振蕩理論。 -
More thermal power units will be used as peak load regulation units because many hydropower and nuclear power plants have put into production in recent decade, and three gorges hydropower plant is being constructed
摘要近十年來，新建了很多水力發電廠、核電站，三峽水力發電廠正在建設，將有更多的火力發電機組成為調峰機組。 -
The differences between small - scale thermal power units and small - scale combined heat and power generating units are explained according to domestic energy policies. the advantages of co - production of heat and power are analyzed. the social and economic profits due to co - production of heat and power in the fields of energy saving, loss decreasing, environment protection and peak - valley power load regulation are discussed. the check index of thermal power plants is explained and advice on improving construction and operation of small - scale heating and power plants is suggested with consideration of domestic practice
依據我國的能源政策，闡述了小熱電機組與小火電機組的區別；分析了熱電聯產的優越性；論述了熱電聯產在節能降耗、環境保護及電網調峰中產生的社會效益和經濟效益，並結合我國的實際，對熱電廠的考核指標進行了探討，對改善小熱電的建設與運行提出了建議。 -
Changing the grading of sic particles not only affects the strength and pile density, but also modifies the phase compositions and microstructure of the material. with the reducing of sic particles, the strength of the material increases obviously. the nitrification scheme has the greatest influence on phase compositions and microstructure " of si3n4 ( si2on2 ) - sic, after two continuous nitrification reacting peak and short - time high - temperature treating, the best properties can be obtained ; and the residual strength of the composite is much higher after the thermal shock resistance test, which shows that the material possesses excellent thermal shock resistance
本論文較全面地探討促進強度和顯微結構良好的si _ 3n _ 4 （ si _ 2on _ 2 ）結合相的實驗條件，實驗數據顯示：引入適量的燒結助劑能夠促進si _ 3n _ 4 （ si _ 2on _ 2 ）的生成和晶粒的長大，而過量時，其促進作用反而下降；隨著si粉加入量增加，生成的結合相明顯增多，復合材料的性能顯著提高；改變sic顆粒級配不僅影響復合材料的強度與堆積密度，而且對復合材料的物相與顯微結構也有影響，隨著顆粒逐漸細化，材料的強度有較大的提高；對復合材料的強度、物相與顯微結構影響最大的是氮化制度，經過兩個氮化高峰連續的反應和短時間的高溫后處理得到的復合材料性能最好；通過抗熱震性能實驗后復合材料的殘余強度較高，顯示出較好的抗熱震性能。 -
As the molecular thermal action was restricted in the montmorillonite galley, the melting peak of the copolymer in intercalation compound was decreased
Dsc和tg - dta顯示雜化納米材料的熱性能有了很大的改善。 -
Latent heat thermal energy storage ( lhtes ), can storage energy by change the phases of phase change materials ( pcms ), which can be used to solve the nonconformity problem on supply and demand time of solar energy and industry waste heat. at the same time, it can be uesed in shifting the peak heating and cooling loads off - peak hours
相變儲熱系統通過相變材料相變時需要吸收（或放出）大量熱量的性質實現能量存儲，這對于解決太陽能與工業廢熱在供求時間上的不一致問題，以及實現電力的「移峰填谷」 ，具有重要的實用價值。 -
On the base of tg - dta, found the yb : kgw crystal has very good thermal stability under 1100, which has two obvious absorption peak at 1088 and 1025, contrast with the pure kgw crystal ( melting point at 1005, phase transition temperature from tetragonal system to monoclinic is 1075 ), we know the yb : kgw crystal ' s melting point is the absorption peak at 1088, phase transition peak from tetragonal system to monoclinic is the absorption peak at 1025
利用tg - dta對所生長的yb ： kgw晶體測定說明，其在1100以下的熱穩定性是很好的。 yb ： kgw晶體在1088和1025有兩個明顯的吸收峰，判斷在1088處較寬的吸收峰是yb ： kgw晶體的熔點， 1025處的吸收峰是yb ： kgw晶體從四方晶系向單斜晶系的相轉變峰。 -
Since energy crisis occurred in 1970 ' s, latent heat thermal energy storage ( lhtes ) has gained more attention than before due to its being the key element to accomplish energy recovery and utilization of solar energy, industrial waste heat and off peak electricity. compared with developed countries, in this area, china still has a long way to go
自上個世紀70年代能源危機以來，相變貯能的理論與應用研究在世界發達國家迅速崛起並得到不斷發展，其研究和應用涉及材料科學、太陽能、工程熱物理、空調和採暖及工業廢熱利用等領域。 -
The results show that v5 + whose valence changes is an acceptor impurity and after heat treatment especially at 655. the phenomenon is consistent with the result of the dta ( differential thermal analysis ). the result of dta indicates that v2o5 has a phase transformation absorption peak at 655 while the signal of esr of low valence of v ion is the strongest
結果表明v離子是一種受主雜質，熱處理后，其價態產生了變化，尤其是在655熱處理時價態變化程度最明顯，與v2o5的差熱分析（ dta ）結果相吻合，差熱分析也顯示， v2o5在655存在一相變吸熱峰，此時樣品的低價態v離子的esr信號最強。
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