intense green中文是什么意思

• 深绿

• intense    adj. (-tenser; -tensest) 1.激 ...
• green    n. 1.格林〔姓氏〕。 2.John RichardG ...
• intense    adj. (-tenser; -tensest) 1.激烈的，强烈的；紧张的。 2.热烈的，热情的，认真的。 3.【摄影】(底片)明暗度强的。 an intense light 强烈的灯光。 intense cold 严寒。 intense heat 酷热。 intense pain 剧痛。 the intense sun 烈日。 an intense person 热情认真的人。 an intense life 奋发图强的生活。 intense study 认真的研究。 adv. -ly ,-ness n.
• intense agitation    强力搅拌
• intense anomaly    强异常
• intense beam    强束
• intense blue    鲜蓝
• intense colour    强色
• intense competition    激烈的竞争
• intense concentration    紧张的投入
• intense current    强电流
• intense debate    唇枪舌剑
• intense depression    强低压
• intense emotion    激情
• intense explosion    强爆炸
• intense fall    暴雨
• intense field    强场
• intense fire    大火
• intense flash    亮闪光
• intense fondness for    对的酷爱
• intense heat    热极; 热甚
• intense inbreeding    极度近交
• intense industrialization    高度工业化
• intense irradiation    强照射
• intense life    紧张的生活

• Intense green and violent emitting can be obtained when the ts during deposition is at 750 ? , and the content of o and n impurity is moderate
  当基片温度为750oc时，中等氧、氮掺杂可获得强的绿光和紫光发射。
• Emeralds which are mostly smaller , but very fine , in a vivacious , intense green come from zimbabwe s famous sandawana mine , and they often have a delicate yellowish - green nuance
  矿区所生产的祖母绿大部份是较小，但色泽极鲜明活泼，且时常带着微妙的黄绿色色调。
• The samples annealed at high temperature exhibit intense green emission , but the spatial distributions of the band edge luminescence and the green emission are not completely complementary as the annealing temperature is increased
  经高温处理的纳米晶zno粉体，绿带增强，紫外与绿带谱的空间分布并非是完全互补的。
• The main contents and important results of this paper are as following : strong blue cooperative up - conversion luminescence is observed in various host materials single doped yb3 + ions with naked eyes at room temperature under 980nm excitation . moreover there exist rich emission lines and peculiar ratio of luminescence intensity in all samples . intense green and blue up - converted luminescence is observed in yb3 + - ho3 + co - doped pbf2 - znf2 based materials with 930 nm diode light excitation at room temperature
  其主要内容与得到的结论如下： ( 1 ) yb ~ ( 3 + )单掺杂不同基质材料组成的氟氧化物在980nm激光激发下发射出明亮的yb ~ ( 3 + )离子的合作上转换蓝色荧光，同时这些样品具有极为丰富的荧光发射，有着特别的色比关系。