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1·There are four colors: Ambient, Emissive, Diffuse, and Specular.

其中四种是颜色：环境光色、发射光色、漫射光色和反射光色。

2·A common electrode is formed on the organic emissive layer.

公共电极形成在有机发射层上。

3·Emissive light: an object can send out light to imitate glowing objects.

放射光：一个像炽热的物体那样发射光线的对象。

4·This pass also adds any lightmaps, ambient and emissive lighting from the shader.

此通道还负责渲染着色器中的光照贴图，环境光和自发光。

5·Present a design of the Emissive Microwave Power Control used for the UHF RFID Reader.

介绍一种用于适用于超高频段以上的射频读写器功率控制方案。

6·One type of emissive display that already exists is based on organic light-emitting diodes (OLEDs).

目前现有的一种放射性显示屏是基于有机的发光二极管。

7·The SCP of backscattering signals approach the emissive center frequency with increase of ages.

随年龄的增大，质心位置越接近于发射超声的中心频率。

8·In my work, I try to resolve emissive mechanisms of these objects with an inhomogeneous jet model.

在本人的工作中，我试图用一个非均匀喷流模型来解决这些天体的辐射机制。

9·The error produced in measuring 15n abundance by emissive optical spectrometry is analyzed in detail.

针对发射光谱法测量1 5n同位数原子丰度产生误差的原因进行了详细分析。

10·An emissive display that emits light directly could therefore be five to ten times more energy-efficient.

因此，直接发光的“放射性”显示屏能达到5 - 10倍的节能效果。

发射的

1·There are four colors: Ambient, Emissive, Diffuse, and Specular.

其中四种是颜色：环境光色、发射光色、漫射光色和反射光色。

2·Experiments and methods for measuring plasma potential with emissive probe and capacity probe are described.

本文给出了发射探针和电容探针测量等离子体电位的实验和方法。

3·This paper describes an effective improvement of the emissive properties of the Ag-O-Cs photocathode by repeating evaporation silver.

本文叙述了复蒸银对银氧铯阴极发射性质的改进。

4·This paper describes an effective improvement for the emissive properties of the Ag-O-Cs photocathode by repeated evaporation of silver.

叙述了复蒸银对银氧铯阴极发射性质的重大改进。

5·FAS thinks, the emissive platform here is originally vintage east wind - 4 model strategic missile design, China upgrades it after transforming, can blast off new-style east wind - 21 missile.

FAS认为，这里的发射平台本为老式“东风- 4”型战略导弹设计，中国把它升级改造后可以发射新型“东风- 21”导弹。

放射性的

1·One type of emissive display that already exists is based on organic light-emitting diodes (OLEDs).

目前现有的一种放射性显示屏是基于有机的发光二极管。

2·An emissive display that emits light directly could therefore be five to ten times more energy-efficient.

因此，直接发光的“放射性”显示屏能达到5 - 10倍的节能效果。