1.In order to thoroughly understand the new characteristics of satellite infrared atmospheric sounding instruments,impel the application of satellite data,and provide scientific references for developing Chinese high-spectrum infrared atmospheric sounding instruments,taking the high spectrum sounding instrument AIRS(Atmospheric Infrared Sounder) as an example,which is loaded in the American NASA Aqua satellite,an introduction is made on the satellite infrared atmospheric sounding researches,development background,instrument characteristics,development technology,data product processing and the application.
为了深入了解国际卫星红外大气探测仪器的新特点,推动其资料应用,以美国NASA Aqua卫星装载的高光谱红外大气探测仪器AIRS(Atmospheric Infrared Sounder)为例,介绍卫星红外探测仪研发背景、仪器特征、研制技术、数据产品处理和应用。
2.Atmospheric Infrared Sounder(AIRS)is on board on the EOS-2/ Aqua satellite,lauched in May 4, 2002. It is now the modern atmospheric remote sensing instrument withhigh spectral resolution in the world.
2002年5月上天的Aqua是美国地球观测系统中的第二颗卫星EOS-2(EarthObserving System),它携带的大气红外探测仪AIRS(Atmospheric Infrared Sounder)是目前国际上最先进的超高光谱分辨率红外大气垂直探测仪。
3.Synthesis,Crystal Structure and Infrared Spectrum of Lanthanum Dinuclear Coordination Compound with Alanine:[La_2(ala)_4(H_2O)_8]·(ClO_4)_6
Synthesis，Crystal Structure and Infrared Spectrum of Lanthanum Dinuclear Coordination Compound with Alanine：〔La_2（ala）_4（H_2O）_8〕·（ClO_4）_6
4.At first, utilizing Plasma Enhanced Chemical Vapor Deposition (PECVD) system, the growth of BN material on silicon surface has been investigated. Scanning electronic microscopy (SEM) images, Energy Dispersive x-ray Spectrum (EDX) and Fourier transform infrared spectroscopy (FTIR) showed that netlike BN nanorods could be synthesized on silicon surfaces at given growth conditions.
扫描电子显微(Scanning Electron Microscopy,SEM)图像、X射线能量色散谱(Energy Dispersive x-ray Spectrum，EDX)图和傅立叶变换红外光谱(Fourier transform infrared spectroscopy,FTIR)图表明，在一定的生长条件下氮化硼形成由纳米棒搭构而成的网络状结构。
5.In this thesis, nitrogen was implanted into the silicon wafers, which were subsequently annealed by rapid thermal processing (RTP) and then characterized by Fourier transform infrared spectroscopy (FTIR), spreading resistance profiles (SRP) as well as doppler broadening spectroscopy (DBS), The nitrogen - vacancy complexes, the nitrogen - oxygen complexes, and the effect of nitrogen on the electrical properties of the silicon wafers has been studied.
本论文通过氮离子注入的方法在单晶硅中掺入氮杂质,经RTP(Rapid thermal processing,快速热处理)处理后,利用FTIR(Fourier transform infrared spectroscopy,傅立叶变换红外光谱),SRP(Spreading Resistance Profiles,扩展电阻),DBS(Doppler broadening spectroscopy,正电子湮没多普勒展宽能谱)等手段对注氮硅中氮—空位复合体,氮—氧复合体,以及氮对硅单晶的电学性能的影响进行了研究。
6.Massotherapy,Infrared Rays,Traditional Chinese Drugs,etc. Used to Treat Bone Proliferation of Lumbar Vertebra
Massotherapy， Infrared Rays， Traditional Chinese Drugs， etc． Used to Treat Bone Proliferation of Lumbar Vertebra
7.We designed the interface circuit between infrared transceiver and COM port of computer, the interface circuit between infrared transceiver and interface HUB, infrared HUB circuit. According to hardware circuit, we programmed corresponding software such as link control of infrared HUB, data transfers control, communication control interface of extension and logic relation of complex programmable logic device (CPLD).
设计了红外收发器与分机端,红外收发器与红外集线器HUB端的接口电路以及红外HUB电路,并结合硬件设计电路,给出了单片机对红外HUB的链路控制,数据传输控制,分机端通信控制界面和可编程逻辑器件逻辑关系编程等程序源代码。
8.The system introduced by this article adopts 8051 MCU as microprocessor and exploits emanated infrared channel to consist of infrared real-time distributed dolly control system. The designed base-station and substation(dolly controler) both have infrared interface which can beam and receive infrared signal.
本文介绍的系统采用8051单片机作为微处理器，利用散射红外信道构成红外无线实时分布式小车控制系统，所设计的基站和从站(小车控制器)均配有红外接口可以发射和接收红外信号。
9.The text introduced the working theory of near infrared spectral technology、preconditioning method of the spectrum、quantitative analytical method、summarized the current application situations in the field of petrochemical industry of near infrared spectral analysis technology,and the paper also commented the developing direction of near infrared spectral technology at present.
介绍近红外光谱分析技术的工作原理、光谱的预处理方法、定量分析方法、定性分析方法,综述了近红外光谱分析技术在石油化工领域中的应用现状,并对目前近红外光谱分析技术的发展方向作了简单的评论。
10.We constructed the mid-to-far infrared SEDs of each sample source after measuring the five bands mid-infrared flux (3.6,4.5,5.8,8.0,24μm) and matching the two far-infrared flux (70 and 160μm) from Frayer et al.
对SPITZER中红外五个波段(3.6，4.5，5.8，8.0，24μm)进行处理，结合Frayer给出的70，160μm测光值，得到了样本的中远红外光谱能量分布。
