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TranslationMobile

梳狀構(gòu)造；蜂窩狀結(jié)構(gòu)
梳狀結(jié)構(gòu)

"comb" in Chinese : n. ＝ combe.
"structure" in Chinese : n. 1.構(gòu)造，結(jié)構(gòu)；組織；石理，石紋。 2.建造物。 ...
"comb-like structure" in Chinese : 梳狀結(jié)構(gòu)
"honey comb structure" in Chinese : 蜂巢型結(jié)構(gòu); 蜂巢狀結(jié)構(gòu)
"comb" in Chinese : n. 1.梳，篦，梳機(jī)；【紡織；印染】精梳機(jī)；【航空】排管。 2.雞冠；雞冠 ...
"comb hair with a comb close" in Chinese : 用梳子攏了攏頭發(fā)
"accessory comb" in Chinese : 口旁粗纖
"aenal comb" in Chinese : 頰櫛
"aluminum comb" in Chinese : 鋁蜂窩
"anal comb" in Chinese : 臀櫛; 尾梳
"antenna comb" in Chinese : 鋝有櫛
"antennal comb" in Chinese : 凈角櫛
"antler comb" in Chinese : 角狀冠
"arm comb" in Chinese : 腕節(jié); 腕櫛
"bamboo comb" in Chinese : 竹篦

Examples

Functions : this type of soap not only features honey - comb structure , but also contains rich nourishing essence of honey
功效：這款香氛皂不僅有著蜂巢式的外觀，更真正富含蜂蜜的滋養(yǎng)精華。
Experimental sample dct375 with collector - combed structure has better parameter such as icm , pq , pd and / r etc . than traditional - structure devices and overseas devices of the same kind . collector - combed structure technology opens up a new way for the further research of new high - frequency , microwave power devices
研制出的梳狀集電結(jié)(基區(qū))結(jié)構(gòu)試驗(yàn)管dct375 ，其最大電流容量、最大輸出功率、最大耗散功率以及頻率特性等電參數(shù)明顯比傳統(tǒng)結(jié)構(gòu)器件和國外同類產(chǎn)品有大的提高。
And the results of calculation and numerical simulation indicate , without increasing the intrinsic collector - junction area of power devices , collector - combed structure helps to raise the intrinsic heat - dissipating area and base ' s perimeter , improve heat - dissipating method of each cell of the chip , enhance the distribution uniformity of junction temperature and current of each cell of the chip , reduce the thermal resistance and raise the dissipation power pd and output power p0 , fairly well relax the contradiction among frequency , out - put power and dissipation power of the devices , and further improve the devices " property against second breakdown
而計(jì)算分析和二維數(shù)值模擬分析結(jié)果表明：梳狀集電結(jié)(基區(qū))結(jié)構(gòu)在不增加器件本征集電結(jié)面積的條件下，增大了器件的本征散熱面積和基區(qū)周長，改進(jìn)了每個(gè)子器件單元內(nèi)的散熱方式，提高了單元內(nèi)結(jié)溫和電流分布的均勻性，降低了器件的熱阻，增大了器件的耗散功率和輸出功率，較好地緩解了目前傳統(tǒng)結(jié)構(gòu)中頻率與功率、功耗的矛盾，并有利于改善器件抗二次擊穿的性能。