作业帮关于红外报警的英文文章
来源：学生作业帮 编辑：作业帮 分类：英语作业 时间：2024/05/14 13:37:01
关于红外报警的英文文章
摆脱了,谁能给提供一篇关于红外报警系统的英文文章哈?要原文哦.如果有中英文版本的最好了哦,要两万字左右,555疯了,找不到,急死了.
摆脱了,谁能给提供一篇关于红外报警系统的英文文章哈?要原文哦.如果有中英文版本的最好了哦,要两万字左右,555疯了,找不到,急死了.
有关家居红外防盗系统的论文,看看是否合适.
这篇更专业,两篇应该够了.不过中文就不会有了.翻译你安排.
THERMOELECTRIC INFRARED SENSORS (THERMOPILES) FOR
REMOTE TEMPERATURE MEASUREMENTS; PYROMETRY
Jürgen Schilz PhD
PerkinElmer Optoelectronics GmbH
P.O.Box 3007,D-65020 Wiesbaden,Germany
Abstract
Nowadays,there are thermopile sensors available,which allow remote
temperature sensing at quite low overall system costs.The sensor does not
require any cooling and – dependent on the measurement range – can
reach a typical accuracy of ±1 K.For narrow temperature ranges as e.g.in
body temperature measurement,a precision of 0.1 K is possible.
PerkinElmer Optoelectronics has developed a series of thermopile types
adapted for various applications.Available standard devices are:
!sensors for ear thermometers to sense body temperature,
!sensors with focussing optics and signal processing electronics (on circuit board or integrated in
sensor housing) for object temperature control in microwave ovens,hair dryers,cookers,etc.,
!sensor arrays with integrated multiplexer and amplifier for pattern recognition in position control in
e.g.automobiles (airbag safety),room sensing by position and direction control of humans,etc.
!sensors with infrared bandpass filters for gas detection by infrared absorption.This subject is covered
by a separate article [1].
The achievement of a good performance of thermopile devices requires a minimum of knowledge on
infrared technology and thermal management of thermoelectric devices.This article therefore aims at
the necessary basics for a correct implementation.
这篇更专业,两篇应该够了.不过中文就不会有了.翻译你安排.
THERMOELECTRIC INFRARED SENSORS (THERMOPILES) FOR
REMOTE TEMPERATURE MEASUREMENTS; PYROMETRY
Jürgen Schilz PhD
PerkinElmer Optoelectronics GmbH
P.O.Box 3007,D-65020 Wiesbaden,Germany
Abstract
Nowadays,there are thermopile sensors available,which allow remote
temperature sensing at quite low overall system costs.The sensor does not
require any cooling and – dependent on the measurement range – can
reach a typical accuracy of ±1 K.For narrow temperature ranges as e.g.in
body temperature measurement,a precision of 0.1 K is possible.
PerkinElmer Optoelectronics has developed a series of thermopile types
adapted for various applications.Available standard devices are:
!sensors for ear thermometers to sense body temperature,
!sensors with focussing optics and signal processing electronics (on circuit board or integrated in
sensor housing) for object temperature control in microwave ovens,hair dryers,cookers,etc.,
!sensor arrays with integrated multiplexer and amplifier for pattern recognition in position control in
e.g.automobiles (airbag safety),room sensing by position and direction control of humans,etc.
!sensors with infrared bandpass filters for gas detection by infrared absorption.This subject is covered
by a separate article [1].
The achievement of a good performance of thermopile devices requires a minimum of knowledge on
infrared technology and thermal management of thermoelectric devices.This article therefore aims at
the necessary basics for a correct implementation.