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temperature measurement是什麼意思,temperature measurement的意思翻譯、用法、同義詞、例句

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常用詞典

  • 溫度測量,測溫;水溫測定

  • 例句

  • The temperature measurement device also had to be robust and have a wide measurement range.

    溫度測量裝置,還必須有一個強有力的和廣泛的測量範圍。

  • Using over sampling technology in software the accuracy of temperature measurement is increased.

    同時在軟件上利用過采樣技術提高溫度測量的精度。

  • The master class of mechanical temperature measurement is reserved for the most demanding measuring tasks and can , not only measure , but also switch.

    機械溫度測量的頂級産品是給最高要求的測量任務的,它不僅可以測量,還可以進行開關控制。

  • General temperature measurement only considers the effect of convection and conduction on the thermocouple measurement and not consider the effect of thermal radiation.

    一般溫度的測量,隻考慮對流換熱對熱電偶測溫的影響,未考慮熱輻射對熱電偶測溫的影響。

  • The principle and method of high precise temperature measurement are introduced.

    介紹了一種高精密溫度測量的原理和方法。

  • The research indicates that the thermal infrared spectrum correctly reflects the temperature distribution, solving the puzzle of the average temperature measurement on solid surfaces.

    研究表明,紅外熱譜圖可以正确地反映建築結構表面的溫度場分布,解決了固體表面平均溫度測量的難題。

  • The main research theme of this dissertation is sensor placement optimization and temperature measurement system in thermal error compensation of machine tools.

    本文以研究機床熱誤差補償中溫度傳感器的優化布置和新型測溫系統的開發為主要内容。

  • It measurates thermocouple timing coefficient through experiment, and gives emendation function of temperature measurement system.

    并通過實驗測得熱電偶的時間常數,并給出測溫系統校正函數;

  • Temperature measurement principle and modulation absorption spectroscopy were introduced, and the influence of modulation amplitude on gas temperature measurement was analyzed.

    介紹了溫度測量及調制吸收光譜技術原理,分析了調制幅度對氣體溫度測量的影響。

  • Non-contact temperature measurement has eminent characters because it is beyond the limit to condition of object.

    非接觸式溫度測量由于不受被測對象的條件限制,具有十分優越的特點。

  • The principle, significance and methods of radiation temperature measurement are stu***d in this thesis, and a system of radiation temperature measurement is designed in drop tube.

    本文從理論上研究了輻射測溫的意義、原理和方法,分析設計了一種落管中的輻射測溫系統,主要内容如下。

  • All these methods provide powerful tools for flame temperature measurement in different situation with different requirement.

    這些方法為在不同場合,不同要求的火焰溫度的測量提供了有力的工具。

  • As the calibration instrument of the radiation temperature measurement equipment, the blackbody source has developed rapidly with the development of the infrared thermal measurement.

    黑體輻射源作為輻射測溫儀器的校準裝置,近幾十年來隨着紅外測溫技術的發展而取得了飛速進步。

  • The temperature measurement principles, design of hardware and software are detailed.

    詳細論述了溫度測量原理,系統的硬件和軟件設計。

  • The traditional refrigerator temperature measurement and the bus technology on spot were combined.

    實現了傳統的冷庫溫度測量與現場總線技術的結合。

  • Built with heating elements and furnace temperature measurement devices, they are divided into a certain number of regions, districts individually temperature controlled by a computer.

    加熱爐内裝有加熱元件和測溫元件,它們劃分為一定數目的區域,各區溫度由計算機進行單獨控制。

  • Based on these analyses, a steam control system was design considering steam pressure control, temperature measurement and display and control of water height.

    從蒸汽壓力控制、溫度測量與顯示,以及水位高度控制等幾個方面對水汽控制系統進行了設計。

  • These methods have already been used for the gas temperature measurement at the exit of the high temperature rise combustor.

    分析和比較了兩種計算方法,這些方法已應用到燃燒室出口高溫燃氣溫度測量中。

  • Shock temperature measurement is a crucial subject in equation-of-state and high-pressure phase transition investigations.

    沖擊溫度測量是物态方程及高壓相變測量中的一項至關重要的課題。

  • Optical temperature sensor, especially these based on the fluorescence intensity ratio (FIR) technology, has been widely used in the fields of temperature measurement.

    光學溫度傳感器在溫度測量等領域已經得到了廣泛應用,特别是采用熒光強度比(FIR)技術進行測溫。

  • The application of MLX90601 in IR temperature measurement is explained by introducing the design of the forehead temperature measurement system.

    文中介紹該模塊的組成和性能,闡述額溫測量系統的設計,說明MLX90601在紅外測溫系統中應用。

  • Flame temperature measurement is a complicated and difficult problem.

    火焰溫度測量是一個複雜而困難的問題。

  • The size and number of thermocouples in a infrared silicon based thermopile device have much effect on the performance of the devices in the non contact infrared temperature measurement.

    分析了多晶矽-金集成熱堆中熱電偶的尺寸和對數對熱堆性能的影響,對非接觸紅外測溫的實用型熱堆提出了設計和改進的思路。

  • Here, a temperature measurement and control system used in high accuracy sphere diameter laser interferometry is introduced, which is based on virtual instrument techniques.

    本文介紹一種基于虛拟測試技術建立的在高精度球體直徑測量激光幹涉系統中采用的溫度測量和控制系統。

  • Compared with the traditional temperature measurement instrument, this system has the advantages of ****** structure, low cost, easy operation and high stability.

    與傳統的溫度測量儀表相比,該系統具有結構簡單、成本低、構建方便、工作可靠等特點,具有較高的應用價值。

  • In this paper, digital temperature measurement and automatic control system design.

    本文介紹了數字溫度測量及自動控制系統的設計。

  • The principles of heat measurement, temperature measurement, flow measurement and automatic temperature correction and relevant implementation of low consumption hardware and software are presented.

    介紹了熱量測量、溫度測量、流量測量、溫度自校正的原理以及相應的低功耗軟、硬件實現方法。

  • Temperature measurement technique based on the principles of optical spectroscopy was discussed and the spectroscopic pyrometer developed thereunder was presented.

    論述了基于光譜學原理的溫度測量技術.介紹了在上述原理下建立起來的光譜測溫儀。

  • 同義詞

  • |temperature survey/thermometry;溫度測量,測溫;水溫測定

  • 專業解析

    溫度測量(temperature measurement)是指通過物理或化學手段獲取物體、環境或系統熱狀态的過程,其核心目标是量化熱能的傳遞與分布。該技術廣泛應用于工業、醫療、氣象及科研領域,例如發動機熱管理、患者體溫監測和氣候研究。

    根據測量原理,溫度測量可分為接觸式與非接觸式兩類:

    1. 接觸式測量:通過傳感器(如熱電偶、熱敏電阻)直接接觸被測物體,基于熱電效應或電阻變化獲取溫度值。例如鉑電阻溫度計(PRT)在工業場景中精度可達±0.1°C。
    2. 非接觸式測量:利用紅外輻射或光學原理間接測溫,適用于高溫或移動物體場景。紅外熱像儀在電力設備巡檢中的誤差範圍通常小于±2°C。

    國際标準組織(ISO)在ISO 17025中明确了溫度校準的規範流程,要求設備需定期通過美國國家标準技術研究院(NIST)可追溯的參考标準進行驗證。現代技術如光纖溫度傳感器和量子測溫技術,正推動測量精度向毫開爾文(mK)級别突破。

    網絡擴展資料

    "Temperature measurement" 指測量物體或環境溫度的過程與技術,是物理學、工程學和日常生活中的基礎操作。以下是詳細解析:

    1. 核心定義 溫度測量通過量化物體分子熱運動的劇烈程度,反映冷熱程度。國際單位制使用攝氏度(℃)、華氏度(℉)和開爾文(K)三種标度,例如水的冰點為0℃/32℉/273.15K。

    2. 主要方法

    3. 應用場景

    4. 技術挑戰

    現代技術已發展出光纖溫度傳感器、量子測溫等前沿方法,測量範圍從接近絕對零度(-273.15℃)到數千攝氏度高溫均可覆蓋。實際應用中需根據測量對象、精度需求和環境條件選擇合適方案。

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