Temperature
temperature英文简写
TemperatureIntroductionTemperature, often abbreviated as “temp,” is a fundamental physical quantity that measures the degree of hotness or coldness of an object or environment. It is a crucial parameter in various fields, including physics, chemistry, meteorology, and medicine. Temperature affects the behavior of matter and plays a significant role in our daily lives. In this article, we will explore the concept of temperature, its measurement, and its applications in different domains.Measurement of TemperatureFahrenheit ScaleThe Fahrenheit scale, denoted as °F, is c ommonly used in the United States for everyday temperature measurements. It was developed by Daniel Gabriel Fahrenheit in the early 18th century. On this scale, water freezes at 32°F and boils at 212°F under standard atmospheric pressure. To convert temperature from Celsius to Fahrenheit, you can use the following formula:°F = (°C × 9/5) + 32Celsius ScaleThe Celsius scale, denoted as °C, is widely used in most parts of the world. It is based on the properties of water and is commonly used for scientific measurements. Water freezes at 0°C and boils at 100°C under standard atmospheric pressure. To convert temperature from Fahrenheit to Celsius, you can use the following formula:°C = (°F - 32) × 5/9Kelvin ScaleThe Kelvin scale, denoted as K, is the absolute temperature scale. It is widely used in scientific research and calculations, especially in physics and chemistry. The Kelvin scale starts from absolute zero, which is the coldest possible temperature. Absolute zero corresponds to 0 Kelvin (-273.15°C or -459.67°F). To convert temperature from Celsius to Kelvin, you can simply add 273.15 to the Celsius value:K = °C + 273.15Importance of Temperature MeasurementAccurate temperature measurement is crucial for various reasons:1.Healthcare: Temperature measurement is essential for diagnosingand monitoring illnesses. It helps in identifying fever,hypothermia, and abnormal body temperature, which may indicateunderlying health issues.2.Weather Forecasting: Meteorologists rely on temperaturemeasurements to predict weather conditions accurately. Temperature data collected from weather stations and satellites help inunderstanding climate patterns, forecasting storms, and studyingglobal climate change.3.Industrial Processes: Temperature control is critical in manyindustrial processes. It ensures the optimal performance ofmachinery, chemical reactions, and manufacturing processes.Precise temperature measurement and regulation improve efficiency, quality, and safety in industries such as pharmaceuticals, foodprocessing, and electronics.4.Environmental Monitoring: Tracking temperature changes in theenvironment is crucial for studying ecosystems, biodiversity, and climate change. It helps scientists understand the impact oftemperature on plant and animal species, agriculture, and overall ecosystem health.Applications of Temperature MeasurementTemperature measurement finds applications in various fields. Here are some notable examples:1. Medicine•Body Temperature: Measuring body temperature is a routine medical p rocedure to assess an individual’s health condition. It helps in diagnosing, monitoring, and managing diseases. Thermometers, both traditional and digital, are used to measure body temperature.•Thermal Imaging: Infrared thermography is used in medical imaging to detect variations in skin temperature. It aids in diagnosingconditions such as breast cancer, nerve injuries, and circulation disorders.2. Food Industry•Food Safety: Temperature control is crucial in the food industry to prevent microbial growth, spoilage, and foodborne illnesses.Monitoring and maintaining proper temperatures during storage,processing, and transportation is essential to ensure food safety.•Cooking and Baking: Temperature measurement is essential forcooking and baking to achieve desired outcomes. Traditional ovens, microwave ovens, meat thermometers, and candy thermometers arecommonly used to monitor temperature in the kitchen.3. Climate Science•Global Temperature Monitoring: Multiple temperature sensors and satellites are used to monitor and collect data on globaltemperatures. This data helps scientists understand climatepatterns, analyze climate change, and develop models forpredicting future climate scenarios.•Glacier Monitoring: Temperature measurement is vital for monitoring the health of glaciers. Rising temperatures have led to their rapid melting, contributing to rising sea levels. Scientists use temperature sensors to study and predict the impact of climate change on glaciers.ConclusionTemperature is a fundamental parameter that influences numerous aspects of our lives. From personal health to industrial processes and environmental monitoring, temperature measurement plays a vital role in various domains. Understanding the different temperature scales, accurately measuring temperature, and utilizing this information for practical applications are essential for making informed decisions and advancements in science and technology.。
单词temperature是什么意思
单词temperature是什么意思我们要知道英文单词temperature标准的读音，还要知道它详细的意思是什么。
快来看看店铺为你准备了英语temperature具体的意思，欢迎大家阅读!temperature的意思英 [ˈtemprətʃə(r)] 美 [ˈtɛmpərəˌtʃʊr,-tʃɚ,ˈtɛmprə-]第三人称复数：temperaturestemperature 基本解释名词温度; 气温; 体温; <口>发烧，高烧例句1. A nurse took his temperature.护士为他量体温。
2. In hot weather the temperature gets very high.在炎热的'天气，温度变得很高。
3. The temperature dropped abruptly.气温骤降。
temperature的词典解释1. 温度;气温The temperature of something is a measure of how hot or cold it is.e.g. The temperature soared to above 100 degrees in the shade...阴凉处的温度骤升至100 多度。
e.g. The temperature of the water was about 40 degrees...水温大约 40 度。
2. 体温Your temperature is the temperature of your body. A normal temperature is about 37˚ centigrade.e.g. His temperature continued to rise alarmingly.他的体温还在上升，令人担忧。
3. (特定场合的)氛围，情绪You can use temperature to talk about the feelings and emotions that people have in particular situations.e.g. There's also been a noticeable rise in the political temperature.政治气氛也明显升温了。
temperature趣味记忆法
temperature趣味记忆法“Temperature趣味记忆法”是一种利用体温变化来加强记忆的方法。
它使用人体的温度变化作为一种触发记忆的工具，通过不同的温度来触发不同的记忆。
这种方法最初是由美国心理学家威尔特·贝斯特（Werner Best）于1947年提出。
他提出，当人们感觉到温度变化时，会联想起自己之前所经历的情况，从而激活记忆中的某些信息。
这种记忆法的基本思想是，将难以记住的知识与不同的温度相关联，从而在遇到相应的温度时，触发记忆中的相关知识。
通常，人们会将热水或冷水等温度与自己要记住的知识联系起来。
例如，把“太阳和月亮”这条知识联系到热水，这样，当自己感觉到热水时，就会记起“太阳和月亮”。
此外，“Temperature趣味记忆法”也可以用来记忆抽象概念，而不仅仅是实体信息。
例如可以把“勇敢”这个抽象概念联系到冷水，这样，当自己感觉到冷水时，就会记起“勇敢”。
“Temperature趣味记忆法”还可以用来提高记忆力。
有研究表明，当处于较低温度（例如18℃）时，人们的记忆力会有所提高，而当处于较高温度（例如23℃）时，人们的记忆力会有所下降。
因此，通过调整温度来调节记忆力也是“Temperature趣味记忆法”的一个重要方面。
“Temperature趣味记忆法”具有许多优点。
首先，它可以提高记忆力，有助于加强记忆。
其次，它可以防止记忆的衰退，从而有助于提高学习效率。
最后，它可以让记忆更加生动有趣，从而能够更容易地记住知识。
总之，“Temperature趣味记忆法”是一种利用体温变化来加强记忆的有效方法，它可以提高记忆力、防止记忆的衰退，并且能够让记忆更加生动有趣，这些都有助于提高学习效率。
temperature用法
temperature用法Temperature is a measure of the hotness or coldness of an object or environment. It is an essential parameter widely used in various fields, including weather forecasting, industrial processes, medical research, and everyday life. In this article, we will delve into the different aspects of temperature and explore its significance and applications.To begin with, temperature is often measured in Celsius (C), Fahrenheit (F), or Kelvin (K). Celsius is the most commonly used unit worldwide, whereas Fahrenheit is mainly used in the United States. Kelvin, on the other hand, is the primary unit of measurement in scientific research. It is important to note that these three scales are interrelated using specific conversion formulas.Temperature is typically measured using various instruments, such as thermometers, infrared (IR) sensors, and pyrometers. A thermometer consists of a sealed glass tube filled with a liquid (usually mercury or alcohol) that expands or contracts based on the surrounding temperature. As the liquid level rises or falls, a calibrated scale on the tube indicates the corresponding temperature.Infrared sensors, commonly found in household devices like thermometers or ear thermometers, detect the infrared radiation emitted by the object being measured. The amount of radiation detected is converted into a temperature reading. Pyrometers, on the other hand, are used to measure extremely high temperatures, such as those found in industrial furnaces or combustion processes. They employ a non-contact method, using the thermal radiation emitted by the object to calculate its temperature.Temperature plays a crucial role in weather forecasting. Meteorologists use temperature data from weather stations located worldwide to predict and analyze weather patterns. By combining temperature with other factors like humidity, wind speed, and air pressure, meteorologists can accurately forecast the weather, issue warnings, and make predictions about long-term climate trends.In addition to weather forecasting, temperature is also fundamental in industrial processes. Many manufacturing industries, including pharmaceuticals, food, and chemicals, rely heavily on precise temperature control. Maintaining the correcttemperature during production ensures the quality, safety, and efficiency of the final product. For instance, pharmaceutical companies must control temperature during drug formulation and storage to ensure the potency and stability of medications.Medical research also heavily utilizes temperature as a critical parameter. In clinical settings, body temperature is often measured to monitor general health and to detect potential signs of illness. Abnormal body temperatures, such as fever, can indicate underlying infections or other medical conditions. Temperature is also crucial in medical research laboratories, where precise control of experimental conditions is essential for accurate results. Maintaining a specific temperature range allows researchers to investigate the effects of temperature on various biological processes.Another important application of temperature is in energy production and consumption. Temperature affects the efficiency of energy conversion processes. By monitoring and controlling temperature, energy producers can optimize operations and minimize energy wastage. This is particularly pertinent in power plants, where maintaining the correct operating temperature isessential for efficient electricity generation.Temperature also directly affects our daily lives. We use temperature measurements to determine clothing choices, adjust indoor climates, and even cook our food. It is through temperature measurements that we can gauge the comfort or discomfort of our surroundings. Additionally, temperature measurements are crucial in our understanding of climate change and its impact on the environment.In conclusion, temperature is an indispensable parameter used across numerous fields, ranging from weather forecasting and industrial processes to medical research and everyday life. Whether it is for predicting the weather, controlling manufacturing processes, or understanding the human body, temperature measurements play a fundamental role. With advancements in technology, measuring temperature accurately and reliably has become increasingly convenient and accessible. As our understanding of temperature continues to evolve, so will its applications and significance in various aspects of our lives.。
temperature 参数
temperature 参数摘要：一、温度参数的概述二、温度参数的测量方法三、温度参数的应用领域四、温度参数的注意事项正文：一、温度参数的概述温度参数是描述物体冷热程度的物理量，通常用来衡量物体内部分子的热运动程度。
温度参数是知识类写作中经常涉及的一个概念，对于理解和描述各种自然现象和科学原理具有重要意义。
二、温度参数的测量方法温度参数的测量方法有很多种，常见的有以下几种：1.摄氏度：摄氏度是温度计量单位，通常用来测量物体的温度。
摄氏度的计量方法是：将冰水混合物的温度定为0 度，将标准大气压下水沸腾的温度定为100 度，然后在这个范围内等分100 个单位，每个单位就是1 摄氏度。
2.华氏度：华氏度也是温度计量单位，通常用来测量物体的温度。
华氏度的计量方法是：将冰水混合物的温度定为32 度，将标准大气压下水沸腾的温度定为212 度，然后在这个范围内等分180 个单位，每个单位就是1 华氏度。
3.热力学温标：热力学温标是温度计量的一种方法，它以绝对零度为零点，以热力学能量为单位。
热力学温标的计量方法是：将绝对零度定为0 度，然后在这个范围内等分1000 个单位，每个单位就是1 开尔文。
三、温度参数的应用领域温度参数在科学研究和日常生活中都有广泛的应用，以下是一些常见的应用领域：1.气候气象：温度参数是气候气象研究的重要指标，它可以用来描述大气的温度分布，分析气候变化趋势。
2.生物医学：温度参数在生物医学领域也有重要的应用，例如用来测量人体的体温，分析人体的生理状态。
3.物理化学：在物理化学研究中，温度参数用来描述物体的热状态，分析热力学过程。
4.工业生产：在工业生产中，温度参数常用来控制生产过程，保证产品质量。
四、温度参数的注意事项在使用温度参数时，需要注意以下几点：1.温度参数的单位：温度参数有不同的计量单位，如摄氏度、华氏度和开尔文等，需要根据实际情况选择合适的单位。
2.温度参数的精度：温度参数的精度会影响测量结果的准确性，因此在使用温度参数时，需要考虑精度的影响。
temperature用法 -回复
temperature用法-回复Temperature is a measure of the hotness or coldness of an object or environment. It is an essential parameter widely used in various fields, including weather forecasting, industrial processes, medical research, and everyday life. In this article, we will delve into the different aspects of temperature and explore its significance and applications.To begin with, temperature is often measured in Celsius (C), Fahrenheit (F), or Kelvin (K). Celsius is the most commonly used unit worldwide, whereas Fahrenheit is mainly used in the United States. Kelvin, on the other hand, is the primary unit of measurement in scientific research. It is important to note that these three scales are interrelated using specific conversion formulas.Temperature is typically measured using various instruments, such as thermometers, infrared (IR) sensors, and pyrometers. A thermometer consists of a sealed glass tube filled with a liquid (usually mercury or alcohol) that expands or contracts based on the surrounding temperature. As the liquid level rises or falls, a calibrated scale on the tube indicates the corresponding temperature.Infrared sensors, commonly found in household devices like thermometers or ear thermometers, detect the infrared radiation emitted by the object being measured. The amount of radiation detected is converted into a temperature reading. Pyrometers, on the other hand, are used to measure extremely high temperatures, such as those found in industrial furnaces or combustion processes. They employ a non-contact method, using the thermal radiation emitted by the object to calculate its temperature.Temperature plays a crucial role in weather forecasting. Meteorologists use temperature data from weather stations located worldwide to predict and analyze weather patterns. By combining temperature with other factors like humidity, wind speed, and air pressure, meteorologists can accurately forecast the weather, issue warnings, and make predictions about long-term climate trends.In addition to weather forecasting, temperature is also fundamental in industrial processes. Many manufacturing industries, including pharmaceuticals, food, and chemicals, rely heavily on precise temperature control. Maintaining the correcttemperature during production ensures the quality, safety, and efficiency of the final product. For instance, pharmaceutical companies must control temperature during drug formulation and storage to ensure the potency and stability of medications.Medical research also heavily utilizes temperature as a critical parameter. In clinical settings, body temperature is often measured to monitor general health and to detect potential signs of illness. Abnormal body temperatures, such as fever, can indicate underlying infections or other medical conditions. Temperature is also crucial in medical research laboratories, where precise control of experimental conditions is essential for accurate results. Maintaining a specific temperature range allows researchers to investigate the effects of temperature on various biological processes.Another important application of temperature is in energy production and consumption. Temperature affects the efficiency of energy conversion processes. By monitoring and controlling temperature, energy producers can optimize operations and minimize energy wastage. This is particularly pertinent in power plants, where maintaining the correct operating temperature isessential for efficient electricity generation.Temperature also directly affects our daily lives. We use temperature measurements to determine clothing choices, adjust indoor climates, and even cook our food. It is through temperature measurements that we can gauge the comfort or discomfort of our surroundings. Additionally, temperature measurements are crucial in our understanding of climate change and its impact on the environment.In conclusion, temperature is an indispensable parameter used across numerous fields, ranging from weather forecasting and industrial processes to medical research and everyday life. Whether it is for predicting the weather, controlling manufacturing processes, or understanding the human body, temperature measurements play a fundamental role. With advancements in technology, measuring temperature accurately and reliably has become increasingly convenient and accessible. As our understanding of temperature continues to evolve, so will its applications and significance in various aspects of our lives.。
temperature参数
temperature参数随着科技的发展，温度成为了一个非常重要的参数，涉及到我们日常生活中的很多方面，包括天气预报、食品加工、医疗器械、电子产品等等。
本文将围绕“temperature参数”展开讲述。
第一步，了解温度的基本概念。
温度是物体内部分子微观运动状态的体现，是一个反映物体冷热程度的物理量。
其度量单位通常有摄氏度、华氏度、开氏度等多种。
在日常生活中，我们常用的是摄氏度。
第二步，探究温度在不同领域的应用。
天气预报中的温度参数，我们常常能够在天气软件上看到。
它不仅仅是我们穿衣搭配的重要参考依据，更是航空、水利、农业、交通运输等领域的关键指标。
食品加工中的温度参数，直接关系到食品的安全和口感。
在这个领域，温度的监测和控制尤为重要。
医疗器械中的温度参数，涉及到人体生命的安全，例如体温计、手术器械消毒等。
电子产品中的温度参数，也是非常重要的，过高的温度会影响电子设备的性能和寿命。
第三步，谈论如何测量温度。
测量温度的方法有热敏电阻、热电偶、红外温度计等。
其中红外温度计是一种非接触式的测量方法，可以远距离测量物体表面的温度，具有快速、准确、方便等优点。
第四步，强调温度的重要性。
温度参数不仅影响到我们的生活质量，更涉及到生命安全和经济效益。
正确地掌握温度变化趋势和变化幅度，有助于我们制定科学的保护措施和应对策略，确保人们的生命财产安全。
综上所述，温度作为一个非常重要的参数，涉及到多个领域，应用广泛。
正确地了解和掌握温度的测量和监测方法，是保障个人和社会安全的关键。
对于未来，我们需要加强对温度参数的研究和应用，实现科学发展和可持续发展的目标。
temperature_celsius 区间
temperature_celsius 区间
【实用版】
目录
1.温度的测量单位：摄氏度
2.摄氏度的区间划分
3.摄氏度区间的应用领域
正文
摄氏度是温度的一种测量单位，常用于表示物体的热度。
摄氏度的区间划分有利于我们更好地理解和描述温度变化，通常我们将其划分为以下几个区间：
1.低温区间：一般指温度在 0 摄氏度以下的区域，如冰点以下的温度。
在这个区间，水会凝固成冰，生物体会进入冬眠状态以适应寒冷环境。
2.舒适温度区间：一般指温度在 15-25 摄氏度之间的区域，如人类感觉舒适的室内温度。
在这个区间，人们可以正常生活和工作，不需要额外的保暖或降温措施。
3.高温区间：一般指温度在 25 摄氏度以上的区域，如炎热的夏季气温。
在这个区间，人们需要注意防暑降温，避免高温对身体健康造成影响。
4.过热区间：一般指温度在 40 摄氏度以上的区域，如沙漠地区的最高气温。
在这个区间，生物体很难生存，需要特殊适应环境的能力。
摄氏度区间在各个应用领域都有重要意义，例如：
1.气候变化研究：气象学家会根据气温的变化来分析气候趋势，以预测未来的气候变化。
2.农业生产：农民需要了解气温变化，以便选择合适的农作物种植时间和管理措施。
3.工业生产：企业在生产过程中需要控制温度，以保证产品质量和生产效率。
4.生物学研究：生物学家会研究不同生物体对温度的适应能力，以了解生态系统的多样性。
temperature 参数
temperature 参数（原创版）目录一、温度参数的概念二、温度参数的种类三、温度参数的测量方法四、温度参数的应用领域正文一、温度参数的概念温度参数是指用来描述物体冷热程度的物理量，它是反映物体内部分子热运动情况的一种指标。
温度参数是热力学中一个重要的基本概念，它在科学研究和工程应用中具有广泛的应用。
二、温度参数的种类温度参数主要有以下几种：1.热力学温度：热力学温度是温度参数的一种，它是以绝对零度为基准的温度计量单位。
热力学温度常用 T 表示，单位是开尔文 (K)。
2.摄氏度：摄氏度是温度参数的另一种表示方式，它是以水的冰点（0℃）和沸点（100℃）为基准的温度计量单位。
摄氏度常用℃表示。
3.华氏度：华氏度也是温度参数的一种表示方式，它是以冰点（32℉）和沸点（212℉）为基准的温度计量单位。
华氏度常用℉表示。
三、温度参数的测量方法温度参数的测量方法主要有以下几种：1.接触式测量：接触式测量是通过将温度传感器与被测物体接触，从而测量物体的温度。
常见的接触式温度传感器有热电偶、热敏电阻等。
2.非接触式测量：非接触式测量是通过红外线传感器或激光传感器等设备，在不与被测物体接触的情况下测量物体的温度。
非接触式测量适用于高温、高热导率或难以接触的物体。
四、温度参数的应用领域温度参数在许多领域都有广泛应用，如：1.气候气象：温度参数是气候气象学研究的重要指标，对气候变化、天气预报等方面具有重要意义。
2.工业生产：温度参数在工业生产中具有重要作用，如控制生产过程中的温度、监测设备运行状态等。
3.生物医学：温度参数在生物医学领域也有重要应用，如体温测量、疾病诊断等。
temperature用法
temperature用法Temperature is a fundamental concept in physics and a key factor that influences various aspects of our daily lives. It refers to the degree of hotness or coldness of an object or environment and is commonly measured using a variety of scales, such as Celsius, Fahrenheit, and Kelvin.One primary application of temperature is in weather forecasting. Meteorologists rely on temperature measurements to predict the weather patterns and make accurate forecasts. They use specialized instruments like thermometers to measure the temperature of the air, water, and land. By analyzing temperature data collected from various locations, meteorologists can identify weather fronts, determine the presence of high or low-pressure systems, and assess the potential for precipitation. Temperature is also essential for predicting severe weather phenomena such as hurricanes, blizzards, and heatwaves.Temperature is a crucial factor in determining the habitability of a region or planet. It plays a significant role in defining the climateof an area, which subsequently affects the types of flora and fauna that can thrive there. For example, certain plants and animals can only survive in specific temperature ranges. Extreme temperatures, whether too high or too low, can have detrimental effects on ecosystems. Scientists study temperature patterns and changes to assess the impacts of climate change on biodiversity and develop strategies to mitigate such effects.In everyday life, temperature is essential for our comfort and well-being. We rely on thermostats and heating/cooling systems toregulate the temperature indoors. By adjusting the temperature, we create a comfortable living or working environment suited to our preferences. Beyond comfort, proper temperature regulation is also critical for preserving food and medicine, as certain items require specific temperature ranges to remain fresh and effective.Temperature also plays a fundamental role in various industrial processes. Many manufacturing processes require precise temperature control to ensure product quality and consistency. For example, in the pharmaceutical and chemical industries, maintaining specific temperatures is essential to control the reaction rates and preserve the integrity of the products. Temperature control is also crucial in the production of semiconductors and electronic components to prevent thermal damage and ensure proper functioning.In the field of medicine, temperature measurements aid in diagnosing and monitoring health conditions. Doctors use thermometers to measure body temperature, which can indicate the presence of an infection or illness. Body temperature is an essential vital sign and is monitored in hospitals during patient care. Temperature measurements are also crucial in medical research and drug development, where scientists study the effects of temperature on various biological processes and the efficacy of medications.Furthermore, temperature is a fundamental property in physics and chemistry, with a wide range of applications. It affects the behavior of materials, electrical conductivity, and phase changes, among other phenomena. Understanding temperature and its relationshipwith other physical properties allows scientists to design materials with specific characteristics and engineers to develop efficient energy-saving devices.In conclusion, temperature is a critical parameter used in various fields and applications. It plays a vital role in weather forecasting, climate studies, comfort control, industrial processes, healthcare, and scientific research. Understanding and accurately measuring temperature enable us to make informed decisions, improve our quality of life, and advance technological and scientific developments.。
医学英语Temperature
通过测量体温，观察症状，了解病史，进行身体 检查等方法进行诊断。
低温症的治疗
治疗方法包括提高环境温度，增加保暖措施，提 供能量等。
温度异常的预防与管理
预防措施
定期测量体温，注意保暖和散热，避免过度疲劳等。
管理方法
建立良好的生活习惯，合理安排饮食和运动，注意个人卫生等。
04
医学英语中的温度相关词汇
《医学英语temperature 》
xx年xx月xx日
contents
目录
• 温度与体温概述 • 体温与健康 • 温度与疾病诊断 • 医学英语中的温度相关词汇 • 温度在医学英语中的用法与难点解析 • 总结与展望
01
温度与体温概述
温度的定义与测量
1 2
温度的定义
温度是衡量物体冷热状态的物理量，表示物体 分子热运动的程度。
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参加国际或国内的学术交流活动 ，了解最新的医学研究成果和技 术进展，同时也可以提高医学英 语口语表达能力。
THANKS
谢谢您的观看
温变化时，需要准确表达。
03
温度波动与病情不稳定
当病情不稳定时，患者的体温可能会出现波动。医学英语中需要准确
地描述这些体温变化，以帮助医生更好地了解患者的病情变化。
温度相关医学术语的解析与记忆方法
术语分类
将温度相关的医学术语按照不同的分类进行整理，如正 常体温范围、异常体温、测量体温的方法等，有助于记 忆和理解。
温度相关短语与表达方式
• take one's temperature：量体温 • normal body temperature：正常体温 • elevated body temperature：体温升高 • decreased body temperature：体温下降 • oral temperature：口腔温度 • rectal temperature：直肠温度 • axillary temperature：腋下温度 • ear temperature：耳温
描述温度的英语单词
描述温度的英语单词Temperature is a term that refers to the degree of hotness or coldness of an object or substance. It is an important factor in many fields, including physics, chemistry, biology, and meteorology. In order to understand temperature and its properties, it is necessary to explore the different ways in which temperature can be measured and described.One of the most commonly used units of measurement for temperature is the Celsius scale. The Celsius scale is based on the freezing and boiling points of water, with 0 degrees Celsius (°C) being the temperature at which water freezes and 100 degrees Celsius being the temperature at which it boils. This scale is used widely in many countries, particularly in Europe and Asia.Another widely used scale is the Fahrenheit scale, which is still used in the United States and some other countries. The Fahrenheit scale is based on a slightly different set of reference points, with 32 degrees Fahrenheit (°F) being the freezing point of water and 212 degrees Fahrenheit being the boiling point. In general, temperatures expressed in Fahrenheit tend to be higher than those in Celsius, and the two scales are not directly comparable.In addition to these two scales, there are other units of temperature measurement that are used in specific applications. For example, the Kelvin scale is used in physics and chemistry, and is based on the absolute zero point (–273.15°C or –459.67°F), which is the lowest possible temperature. The Rankine scale is similar to the Kelvin scale, but uses degrees Fahrenheit instead of Celsius.There are also different ways in which temperature can be described. One simple way is to describe it as either hot or cold. Hot temperatures are those that feel uncomfortable or even painful to the touch, while cold temperatures are those that make us feel chilly or even numb. However, it is important to note that what feels hot or cold can vary depending on individual sensations and environmental factors.Temperature can also be described in terms of its effect on physical properties, such as viscosity, pressure, and density. For example, as the temperature of a liquid increases, its viscosity tends to decrease, meaning it flows more easily. Similarly, as the temperature of a gas increases, its pressure also increases, which can be seen in phenomena such as the expansion of hot air balloons.Finally, temperature is also an important factor in the study of weather and climate. Meteorologists use a variety of tools, such as thermometers, satellites, and weather balloons, to measure temperature at different altitudes and locations. By analyzing temperature patterns and trends, meteorologists can make predictions about future weather conditions and climate change.In conclusion, temperature is a fundamental concept in many areas of science and daily life. By understanding the different ways in which temperature can be measured and described, we can better appreciate the complex role that temperature plays in the world around us.。
temperature格式
temperature格式
"temperature"是一个英文单词，表示温度、体温或气温。
在英文中，它的基本形式是名词，通常是不可数名词，表示泛指的温度。
在特定情况下，它可以表示可数名词，例如不同的温度。
以下是一些与temperature相关的用法和例句：
1. 不可数名词用法：
- The temperature has stayed hot this week.（本周气温一直很高。
）- The temperature soared to 43 degrees centigrade on July 25.（7月25日，气温升至43摄氏度。
）
2. 可数名词用法：
- She had a high temperature due to the flu.（她因为流感而发高烧。
）- He checked her temperature with a thermometer.（他用体温计检查她的体温。
）
3. 复数形式：
- The temperature varied from day to day.（气温每天都不相同。
）
4. 与其他词组搭配：
- Room temperature：室温，通常约为20摄氏度。
- Body temperature：体温，正常范围约为36-37摄氏度。
- Water temperature：水温，例如用于游泳、洗澡等。
-Temperature control：温度控制，用于调节室内或特定环境的温度。
在实际应用中，temperature可以根据需要用英文单数或复数形式表示，同时在不同语境下搭配不同的词组和短语。
温度英文单词
温度的英语：temperature读音：英 ['temprətʃə(r)] 美 ['temprətʃər]n. 气温；体温；温度；发烧词汇搭配：1、body temperature 体温2、room temperature 室温3、at a temperature 在某一温度4、temperature of water 水温常见句型：1、The temperature is up 10 degrees today.今日气温上升了10度。
2、The normal temperature of the human body is 37℃.人的正常体温是摄氏37度。
3、Do you know the optimum temperature for the growth of plants? 你知道植物生长的最佳温度吗?4、A cool breeze caused a precipitate drop in the temperature.冷风使温度急降。
扩展资料：1、词源解说15世纪中期进入英语，直接源自拉丁语的temperatura，意为适度的。
2、词语用法temperature的基本意思是“温度,气温”,泛指“温度”时,是不可数名词; 其他情况下可用作可数名词; 指不同的温度时可用复数形式。
temperature也可指“身体的高烧,发热,发烧”,通常用作单数形式,其前一般有不定冠词a。
3、相近词义单词：fever英 ['fiːvə(r)] 美 ['fiːvər]n. 狂热；发烧；发热v. （使）发烧；（使）狂热例句：War fever was rising all over the Middle East. 战争狂热正在整个中东地区升温。
记温度单词小妙招
记温度单词小妙招
1、词根助记
解析：temper 调和 + ate 构成形容词 + ture 构成抽象名词 -> 具有调和性质的，引申词义为温度 -> temperature 温度
2、联想
have a temperattture phr. 发烧
adequate adj. 足够的；合格的；合乎需要的
accurate adj. 精确的
accurately adv. 精确地，准确地
denature vt. 使…失去人性；改变…的性质 vi. 变性
departure n. 离开；离职；偏离
Temperature这类长单词，最好不要使用谐音记忆，我个人很不推荐谐音记忆，因为这会使得发音是不标准的，temperature可以分成tem.pera.ture这三个小单词组合来记。
前提是要对自然拼读法有一定的掌握，就可以做到看到一个生单词快速记忆并掌握。
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Kelvin scale
The scale was proposed in 1848 by the British scientist William Thomson (alias Lord Kelvin) as a more accurate way to measure temperature. On this scale, zero point, or absolute zero is the lowest temperature, which is only possible, i.e. a kind of theoretical state of matter in which its molecules stop moving completely. This value was obtained by a theoretical study of the properties of the gas in a zero pressure. Centigrade absolute zero, or zero Kelvin corresponds -273,15 ºC. Therefore, in practice, 0 ºC can be equated to 273K.
Conversion formula Fahrenheit, Kelvin, Rankine and Reaumur to Celsius
Devices for measuring the temperature
Thermometric property Thermal expansion Pressure change Device Name Liquid glass thermometers manometric thermometer Electrical resistance thermometers. measurement limits, 0С
Celsius
In 1742, the Swedish astronomer Anders Celsius proposed a scale, which was assumed to be zero temperature of the mixture of water and ice and the boiling point of water was equal to 100 º. For the hundredth degree accepted part of the interval between the reference points. This scale is more rational than the Fahrenheit and Reaumur, and is widely used in science.
Thermal radiation
Photoelectric pyrometers. color pyrometer
Liquid thermometer
Liquid thermometer consists of a glass cylinder 1, the capillary tube 3 and 4 reserve tank (Fig. 1). 2 thermometric substance fills the tank and partially capillary tube. The free space in the capillary tube in the storage tank and filled with inert gas, or may be under vacuum. Storage container or protruding beyond the upper part of the scale division of the capillary tube is used for the prevention of damage to the thermometer at excessive overheating. As a thermometric substance used most often chemically pure mercury. It does not wet the glass and will remain liquid in a wide temperature range. The main advantages of liquid-glass thermometers - ease of use and high accuracy. Disadvantages of glass thermometers: poor visibility of the scale (if not to use a special magnifying optics) and the inability to automatically record readings, transmit readings to a distance and repair.
lower limit
upper limit 600 60 500
-190 -160 -200
Change resistanmiconductor resistance thermometers
Thermoelectric standardized. thermometers (thermocouples)
Temperature Control
The concept of temperature and temperature scales
Temperature is the value characterizing the thermal state of the body. According to the kinetic theory of temperature is determined as a measure of the kinetic energy of the translational motion of molecules. Hence the temperature is called the conditional statistic directly proportional to the average kinetic energy of the molecules of the body. At the beginning of XX century were widely used Celsius and Reaumur, and in scientific papers - Kelvin scale. Converted from one scale to another created great difficulties and led to a series of misunderstandings. Therefore, in 1927 it was decided to introduce the International Temperature Scale ITS-27, which is based on the temperature control points (phase transitions of pure substances), measured by the primary thermometry. These practical point thermometers calibrated (e.g., resistance thermometers) which are then used to measure temperature. Since 1927 the scale several times overrides (ITS-48, IPTS-68, ITS-90) changed fiducial temperature interpolation methods, but the principle remains the same - the basis of the scale is a set of phase transitions of pure substances with specific values of the thermodynamic temperature and interpolation devices calibrated in these points.
Reaumur scale
In 1731, the French scientist Rene de Reaumur proposed a temperature scale based on the use of alcohol, with the property to expand. The lower reference point adopted the freezing point of water. Degrees Reaumur arbitrarily defined as onethousandth of the volume that is alcohol in the reservoir and tube thermometer at zero point. Under normal conditions, the boiling point of water on this scale is 80 º. Reaumur scale is now widely out of use.
-90
-50
125
1600
Thermoelectric effects Thermoelectric thermometers (thermocouples) Special Optical pyrometers. Radiation pyrometers. 1300 700 20 600 1400 2500 6000 3000 4000 2800