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TranslationMobile

中間地帶
中間地區(qū)

"intermediate" in Chinese : adj. 中間的，居間的。 The intermedia ...
"area" in Chinese : n. 1.面積；平地；地面。 2.空地；〔英國〕地下室前 ...
"intermediate energy area" in Chinese : 中能區(qū)
"intermediate landing area" in Chinese : 中途著陸場
"intermediate storage area" in Chinese : 中間存儲區(qū)
"intermediate" in Chinese : adj. 中間的，居間的。 The intermediate class ( ...
"intermediate; intermediate net" in Chinese : 胴網(wǎng)
"a area" in Chinese : 區(qū)域
"area" in Chinese : n. 1.面積；平地；地面。 2.空地；〔英國〕地下室前的空地。 3.地區(qū)， ...
"area a" in Chinese : 地區(qū)防御
"in area" in Chinese : 在面積方面; 在面積上
"in that area" in Chinese : 在當?shù)? 在地方上
"of area" in Chinese : 面積元素
"s area" in Chinese : 布洛卡區(qū); 威尼克區(qū); 運動語言區(qū)
"active intermediate" in Chinese : 活性中間體

Examples

Through this kind of intermediate area , the interaction and correspondence between individual and community , architecture and residential community environment can occur
通過這種中介領域，個體與社區(qū)、建筑與居住社區(qū)環(huán)境的相互作用和契合得以發(fā)生。
Chapter iii : introspection of chinese residential community space structure construction . chapter iv : trend of chinese residential community space structure development . chapter v : theory construction of " integration construction of residential community ' s environment with architecture " chapter vi : initial measure the construction method of the residential community " intermediate area " epilogue
第二章：幾個概念的說明看課題形成的理論背景第三章：我國居住社區(qū)空間結構建設的反思第四章：我國居住社區(qū)空間結構發(fā)展的趨勢第五章：建構居住社區(qū)環(huán)境?建筑一體化營造的理論第六章：居住社區(qū)“中介空間”營造方法初探結語
2 . in order to meet the real - time simulation and guarantee specified ratio of precision , this paper had simplified and supposed some thermal process in module and use the lumped parameter way to model . for some special components , such as furnace cavity or water screen , had been reached good ratio of precision of simulation by divided into three parts ( upper area , intermediate area and lower area ) to model separately because of the huge difference of heat loading in vertical direction
2 、為滿足實時仿真的要求而同時要保證有一定仿真精度,本文對模型做出了一定的假設和簡化,并且主要采用集總參數(shù)法進行建模,對于一些特殊部件,比如爐膛和水冷壁,由于其豎直方向熱負荷差異較大,本文將其分為上、中、下三個區(qū)域,分別采用集總參數(shù)建模,達到比較好的仿真精度。