Thermometer的問題，透過圖書和論文來找解法和答案更準確安心。 我們找到下列問答集和資訊懶人包

＂Just checked my pocket for a pen and pulled out a rectal thermometer. Oh great, some arsehole’’s got my pen!＂: Funny Nurse Quot

為了解決Thermometer的問題，作者Wilkes, Marion 這樣論述：

碳化鉭厚膜石墨坩堝保護層製程之研究

為了解決Thermometer的問題，作者張秉豐 這樣論述：

摘要 i目錄 iv圖目錄 vii表目錄 xi第一章 緒論 11.1 前言 11.2研究動機與目的 2第二章 文獻回顧 32.1碳化矽(SiC)製備方法 32.1.1高溫化學氣相沉積法(High Temperature Chemical Vapor Deposition, HT-CVD)及液相磊晶法(Liquid Phase Epitaxy, LPE) 32.1.2物理氣相傳輸法(Physical Vapor Transport, PVT) 52.1.3 石墨坩堝在長晶過程之缺陷 72.2開發應用於石墨坩堝之保護層 112.2.1保護層材料選擇 112.2.2碳化鉭性質 132.2.3碳化鉭

保護層製備方法 152.2.4碳化鉭保護層與石墨坩堝熱膨脹係數之影響 172.2.5 塗覆碳化鉭保護層之石墨坩堝與熱導率關係 182.2.6以多階層方法製備碳化鉭保護層 212.2.7碳化鉭中間層對附著力之影響 242.3碳化鉭漿料製備 292.3.1 膠體間之相互作用 302.3.2 奈米粉末在高分子溶劑下之懸浮性 332.3.3 添加表面活性劑之作用 362.4燒結理論 392.4.1 脫脂製程 402.4.2 燒結驅動力 412.4.3 燒結機制 422.4.4固相燒結(Solid Phase Sintering) 442.4.5小結 44第三章 實驗步驟與方法 463.1實驗流程 4

63.2石墨基材製備 473.3碳化鉭漿料製備 473.3.1碳化鉭粉末 473.3.2調配高分子溶劑與分散劑 473.2.3調配漿料流程 483.2.4碳化鉭漿料分析 483.3製備鍵結層 493.4石墨基板塗覆製程 503.4脫脂製程 513.5燒結製程 523.6實驗儀器及原理 533.6.1 XRD分析 533.6.2 SEM分析 533.6.3聚焦離子束顯微系統(FIB) 543.6.4穿透式電子顯微鏡(TEM)分析 543.6.5熱重分析(TGA) 543.6.6電位分析(Zeta Potential) 553.6.7傅立葉轉換紅外線光譜分析儀(FTIR) 55第四章 結果與討論

564.1漿料分析 564.1.1粉末粒徑及晶相分析 564.1.2碳化鉭漿料之流變性質 574.1.2.1 黏結劑(PMMA)含量對於碳化鉭漿料之流變性 574.1.2.2 不同分散劑對於碳化鉭漿料懸浮性之影響 614.1.3碳化鉭及高分子材料之FT-IR分析 644.2碳化鉭保護層燒結結果分析 664.2.1高分子膠體溶液之TGA分析 664.2.2碳化鉭鍵結層對於石墨基材附著力之影響 674.2.3塗覆生胚成形性及3D光學顯微鏡測量厚度 694.2.4微觀結構 714.2.5保護層晶相分析 744.2.6以多階層方法製備之碳化鉭保護層燒結成果分析 754.2.7鍵結層相態變化分析 7

9第五章 結論 83參考文獻 84

Understanding Fever and Body Temperature: A Cross-Disciplinary Approach to Clinical Practice

為了解決Thermometer的問題，作者 這樣論述：

​Table of Contents.About the Authors.Foreword.Acknowledgements.Chapter 1: Introduction to Understanding Fever and Body Temperature.Chapter 2: History of Body Temperature.Ancient times-An Imbalance in Bodily FluidsSeventeenth Century-Accumulations of Waste Products and FermentationEighteenth Centu

ry-Thermoregulation and the Natural Phases of FeverNineteenth Century-Medical Thermometers and ＂Fever Hospitals＂Twentieth Century-A Scientific Approach to Fever, Microorganisms, and ThermoregulationTwenty-First Century-Interventions in Fever-Has Anything Changed?HypothermiaReflectionsReferencesChapt

er 3: History of the Thermometer.ThermoscopyThe ThermometerThe Fahrenheit ScaleThe Centigrade ScaleThe Kelvin ScaleThermocouplesTympanic Membrane RadiometryClinical ThermometryThe Clinical ThermometerNon-Contact Temperature MeasurementReflectionsReferencesChapter 4: Technical Accuracy.CalibrationTra

ceability, Accreditation, ITS-90 and StandardsClinical ThermometersGeneral Principles of OperationOther Factors Affecting MeasurementTypes of ThermometersReflectionsReferencesChapter 5: Thermoregulation of the Human Body.Heat Production and Heat LossHeat TransferRadiationConductionConvectionEvaporat

ionPhysiology of ThermoregulationThermoreceptorsSet Point or Thermoeffector Threshold ZoneHow to Maintain Normal Body TemperatureCardio Vascular SystemSudomotor ControlMetabolismFactors Affecting Body TemperatureAge and Gender DifferencesAlterations in Body Temperature-Hyperthermia and HypothermiaRe

flectionsGeneral ReferencesSpecific ReferencesChapter 6: Physiological and Immunological Activity.Physiological and Immunological Function of the Immune SystemInflammatory Activity Within InfectionsCells of the Immune SystemCells in the Innate Immune SystemCells in the Adaptive Immune SystemImmunogl

obulinsCytokinesPro-Inflammatory CytokinesCytonkines as REgulatros of Lymphocyte Activation, Growth, and DifferentiationAnti-Inflammatory CytokinesCytokines with Both Pro-Inflammation and Anti-Inflammation ActivityImmunological Activity During PregnancyThe Competent SystemAcute Phase ProteinsPyrogen

ic ActivityFever PhasesReflectionsGeneral ReferencesSpecific ReferencesChapter 7: Assessment and Evaluation of Body Temperature.Normal Body TemperatureDifferences Between IndividualsGenderAgeDifferences within Individuals-Temperature Gradients Within the BodyMeasurement of Body TemperatureSite of Me

asurement The Rectal Site The Oral Site The Auxillary Site The Ear Site The Temporal Artery Site (Forehead)ReflectionsReferencesChapter 8: Physiological and Inflammatory Activity in Various Conditions.HypersensitivityAutoimmune DiseasesAutoinflammatory DiseasesImmunodeficiencyMalignanciesMetabolic a

nd Endocrine DisorderDiabetesAtherosclerosis