照明方式

一般均装备有明视场、暗视场、偏振光、DIC等常用的照明方式。

Generally , these microscopes are equipped with bright field , dark field , polarized light , and differential interference contrast ( DIC ) illumination .

基于视觉效果照明方式的理论分析

Visual Effect Analysis Based on Illumination

LED照明方式是一种低压安全的照明方式，需要设计合理的LED驱动电源。

The lighting LED is a way of low voltage safety lighting , which needs the reasonable LED drive power supply .

随着能源消耗的日益紧张，发光效率较低的传统白炽灯必然要被新的照明方式所取代，LED照明以其发光效率高，可靠稳定必然代替传统的照明方式，引起照明领域的革命。

With the increasingly tense energy consumption , low efficiency of traditional incandescent light is bound to be replaced by a new generation of lighting . LED lighting for its high luminous efficiency , reliable will replace the traditional way of lighting , and cause lighting revolution .

有机发光二极管（OLED）具有传统照明方式所不具有的固态照明的特点，同时由于自身制作特点还具有LED所不具备的特点，OLED照明将赋予照明光源一些新的功能和涵义。

Organic light-emitting diode ( OLED ) is possessed of the basic characteristics of solid state lighting and some performances different from those of light emitting diodes . Some new functions would be endowed with the illumination when OLED were used for illumination due to these special performances .

LSGC的新闻发布中报告，“这种照明方式将比传统照明能持续长达三倍的时间，却只消耗少于一半的能源量”。

LSGC 's press release reports ," The luminaires will last up to three times longer and will consume less than half the amount of energy than conventional light sources " .

一种特殊的照明方式&导光照明

Light conduct Illumination & A Special Illumination Mode

办公室照明方式与视觉功效

Office Lighting Style and Visual Performance

照明方式和色温不同可以创造不同的环境氛围。

The various lighting patterns and the various color temperature can create the different environmental atmosphere .

煤油的价格低于其他照明方式，然而，在贫困国家，煤油仍然非常昂贵。

Kerosene costs less than other forms of lighting , but it is still costly in poor countries .

由于水下没有环境光源，成像系统必须依赖主动照明方式。

Because of the absence of light source , imaging system must rely on the active lighting pattern .

光学三维传感根据照明方式不同可以分为主动传感和被动传感。

Optical 3D sensing technology can be divided into active and passive approaches according to whether using structure light .

介绍了所采用的照明方式、灯具和光源的选择、布灯方法，以及照明的控制方法等。

Lighting way , luminare applicated , lighting sources selection , arrangement of luminare and control way of lighting are introduced as well .

本文分析了室内环境中光污染产生的原因，提出了预防光污染的具体措施，以寻求一些科学合理的照明方式，来指导实际装修中的照明设计。

This article makes an analysis of causes of light pollution , and puts forward light-pollution-proofing measures for searching scientific and rational illumination and guiding decoration practice .

灯具的照明方式通常是改变光源和灯罩来实现的，主要有直接照明型、半直接照明型、均匀漫射型、半间接照明型和间接照明型五种类型。

The illuminative system of lights functions with changing light sources and lampshades , that is , direct , half direct , equality scatter , indirect , half indirect .

确定了检测系统的光源类型、照明方式的选择、工业相机型号参数，镜头型号参数和图像采集卡型号。

To determine the type of detection system components , including the type of light source , lighting style , industrial camera model , lens model and image acquisition card model .

本文根据这类厂房的特点，从照度标准、照明方式、光源选择、灯具布置等方面叙述了其照明设计特点。

The characteristics of illumination design are related from the aspects of illumination standard , illumination mode , lamp house choice and lamps collocation according to the peculiarities of this kind of workshop .

自古至今，人类曾经采用过多种照明方式，如火炬、油灯、蜡烛、煤油灯、煤气灯和电灯等。

Many kinds of illumination methods , such as torch , oil lamp , candle , kerosene lamp , gas lamp , electric light , and so on , have been applied in the human history .

然后，基于几何光学分析，讨论物体轮廓对平行投影及发散投影结构光场调制问题，导出与这两种照明方式相适应的高度公式。

Then , according to the geometrical optics , the modulation of structure light by the parallel projective illumination and the emanative projective illumination is discussed to educe the height formula corresponding to these two illuminative mode .

首先，根据气泡的特性，分析图像采集系统的要求，选择适合的照明方式、拍摄器件和数据传输器件，在此基础上搭建了图像采集系统的实验平台，采集了大量用于后续处理的运动气泡图像。

First , based on the characteristics of bubble , analyze the demand of image collection system and choose suitable illuminating method , then construct the experimental system and collect many images of motive bubble for following processing .

对嵌入式显微成像系统进行了实验验证，分析了采用不同照明方式采集到图像的特点，利用标准长度的物体，验证了系统所能达到的测量精度，满足系统设计要求。

Designed embedded microscopic imaging of the experimental system to study the different lighting way to collect images of features , using a standard length of the objects , the system reached the measurement accuracy of the calibration .

根据检测的要求以及瓶子的特点，选择了符合检测要求的硬件设备和合理的照明方式。并设计了多级反射一次成像的瓶壁图像光学采集装置，实现了瓶壁全方位图像采集。

According to the inspection need and the characteristic of the bottles , the paper chooses hardware equipment which can conform the performance requirement and the reasonable illumination scheme and designs an optical imaging device by multi-layers reflection to get omnidirectional sidewall image of empty bottles .

但是，大多数建筑物仍然沿用传统的照明控制方式，部分智能大厦采用楼宇自控（BA）系统来监控照明，但也只能实现简单的区域照明和定时开关功能。

However , most buildings are still using the traditional lighting control methods . Some smart buildings use Building Automation ( BA ) systems to monitor lighting , but only simply regional lighting and timer switches .

与传统的照明控制方式针对能源消耗量进行对比，结果证明这种控制方法能够更有效的节约能源。

The energy conservation is more effective than traditional design .

本文简要地介绍两种道路照明节能方式，并进行了分析和比较。

; This paper introduces the comparison and analysis of road Lighting power-saving methods .

发光二极管照明供电方式的研究

Research of the LED lighting power supply method

道路照明节电方式的比较与分析

Comparison and Analysis of Road Lighting Power-saving Methods

因此，通过改变落后的照明控制方式来节约能源是可行的。

Therefore , by changing the backward lighting control ways to save energy is feasible .

系统制定了三种照明控制方式（手动控制、时序控制和自动控制）。

There are three lighting control mode ( manual control , timing control , and automatic control ) .

本文对室内照明的方式与要求进行了分析，阐述了如何利用灯光营造茶馆室内环境氛围。

The interior lighting directly affects the indoor environment use function , the spatial atmosphere and the artistic effect .