1)  delustre
					[di:'lʌstə]
					
	
					
				
				
	
					
				退光
			
					2)  bright annealing
					
	
					
				
				
	
					
				光亮退火
				1.
					Study on corrosion resistance of bright annealing treated 304 stainless steel in NaCl solutions;
						
						光亮退火处理304不锈钢在NaCl溶液中的耐蚀性
					
					3)  laser annealing
					
	
					
				
				
	
					
				激光退火
				1.
					During laser annealing, with the increasing of the power density, the peak ratio ID/IG of Raman spectra of an a- C:H film without nitrogen in- creases and the peak of graphite shifts from 1550 to 1598 cm- 1, indicating that the film has graphi- .
						
						由于 C- N键的键能比 C- H键的键能大得多,因此在激光退火过程中 C- N 键不易分解。
					2.
					They include laser doping, laser annealing, laser depositing film, solid-phase reaction induced by laser and laser photolithograph.
						
						这些应用大致涵盖激光掺杂、激光退火、激光沉积薄膜、激光引发固相反应和激光光刻等几方面。
					3.
					Nanocrystalline silicon carbon(nc-SiC)from amorphous silicon carbon films have been obtained through XeCl excimer laser annealing.
						
						采用XeCl准分子脉冲激光退火技术制备了纳米晶态碳化硅薄膜(nc-SiC),并对薄膜的喇曼光谱和光致发光(PL)特性进行了分析。
					
					4)  Regression
					[英][rɪ'ɡreʃn]  [美][rɪ'grɛʃən]
					
	
					
				
				
	
					
				屈光回退
				1.
					Clincial Observation of Laser in Situ Keratomileusis in Regression of Myopia;
					
					
						
						
					
						Lasik术后屈光回退的临床分析
					2.
					Analysis of corneal haze and regression of both-sided laser in situ keratomileusis;
					
					
						
						
					
						准分子激光双面式切削原位角膜磨镶术后Haze和屈光回退分析
					3.
					Mutiple factors analysis of regression after excimer laser in situ keratomileusis on myopia;
						
						LASIK术后屈光回退的多因素分析
					
					5)  regression of refraction
					
	
					
				
				
	
					
				屈光回退
				1.
					The correlation of regression of refraction and thickness of cornea bed in operation was analyzed.
						
						目的 :探讨准分子激光原位角膜磨镶术 (excimerlaserinsitukeratomileusisLASIK)矫治高度近视后屈光回退与术中角膜床厚度的关系。
					
					6)  Sunlight bleaching
					
	
					
				
				
	
					
				阳光晒退
	补充资料:退光
		退光  用退光漆,漆后搓磨,使漆面退尽浮光,而显得更加光黑莹敞。
		
		说明:补充资料仅用于学习参考,请勿用于其它任何用途。
	参考词条