SEARCH Articles Figures Tables A Closed System of Constant Temperature and Pressure Activity Coefficients The Effect of Pressure and Temperature Allowable Working Pressure and Temperature Are More Soluble at Low Temperatures and High Pressures Behavior as a function of temperature and pressure Behavior on Temperature and Pressure Bubblepoint Temperature and Pressure Changing the Pressure and Temperature Composition temperature, pressure and Concentration or Partial Pressure and Temperature Differences Constant Temperature and Pressure Molecular Dynamics Critical pressure and temperature for Critical temperature and pressure Defect Concentration as a Function of Temperature and Pressure Density liquids, pressure and temperature Dependence of Model Parameters on Pressure and Temperature Dependence of Vapor Fugacity on Temperature, Pressure, and Composition Dependence on temperature and oxygen pressure Dependence on temperature and pressure Determination of temperature and pressure Downhole temperature and pressure Effect Of Temperature and Pressure on Activities Effect of Temperature, Pressure, and Concentration on Reaction Spontaneity Effect of pressure and temperature Effect of temperature and pressure on Henrys law constants Effects of Temperature and Pressure on Equilibrium Position Effects of Temperature and Pressure on Relaxation Times Effects of Temperature and Pressure on Solubility Effects of solvent-concentration, adsorption temperature and pressure Effects of temperature and pressure on optical spectra Entropy as a function of pressure and temperature Equilibrium Compositions as Functions of Pressure and Temperature Equilibrium temperature and pressure Estimation of thermal conductivity at specified temperature and pressure Estimation of viscosity at specified temperature and pressure Experimental Methods for Studying Phase Behaviour of Mixtures at High Temperatures and Pressures Flash at Fixed Temperature and Pressure Formed under elevated temperature and pressure Furnace Temperature and Pressure Gas pressure and temperature Gas stoichiometry at standard temperature and pressure Gay-Lussacs Law Pressure and temperature Gibbs Duhem equation at constant temperature and pressure Heat Capacity, Thermal Conductivity and Pressure—Volume—Temperature of PLA Heat of transformation at constant pressure and temperature Influence of Synthesis Temperature and Pressure Influence of Temperature and Pressure on Transformations Level, pressure, temperature and composition control Molar volume at standard temperature and pressure Molecular Dynamics at Constant Temperature and Pressure NTP (Normal Temperature and Pressure Normal temperature and pressure Operating temperature and pressure Optical cells for vibrational spectroscopy of fluids at high pressures and temperatures Optimization of temperatures and pressures Oxygen partial pressure temperature and Permittivity cryogenic fluids, temperature and pressure Phase Diagrams Effect of Pressure and Temperature on Physical State Phase diagrams in terms of pressure and temperature Phase diagrams with bi-variant parameters temperature and oxygen partial pressure Pressure Sensitivity and Surface Temperature Pressure and Temperature Dependence of AG Pressure and Temperature Dependences of Selected Semiconductor Minimum Energy Gaps Pressure and Temperature Derivation of Pressure and Temperature Derivatives of the Functions Pressure and Temperature Effect on Hydrogenous Mixture Self-Ignition Pressure and Temperature Limits Pressure and Temperature Measurements Pressure and constant temperature Pressure and temperature changes with a single-component system qualitative discussion Pressure and temperature controls Pressure and temperature dependence Pressure drop and temperature Pressure molar volume and temperature Pressure, Flow and Temperature Pressure, Temperature and Phase Changes Pressure, temperature, and extraction Progress in ammonia synthesis at normal pressure and temperature Reduced pressure and temperature Room Temperature and Ambient Pressure SIMULATING THE EFFECT OF TEMPERATURE AND PRESSURE ON CRYSTAL STRUCTURES Sensitivity to pressure and temperature Simultaneous Temperature and Pressure Dependence Size, Pressure, and Temperature Dependence Skill 4.1d-Explain how factors such as temperature, pressure, and surface area affect the dissolving process Small perturbations temperature, pressure and electric field jumps Solubility of Carbon Dioxide in Water at Various Temperatures and Pressures Standard ambient temperature and pressure Standard conditions of temperature and pressure Standard temperature and pressure Standard temperature and pressure (STP) Standard temperature and pressure Conditions Standard temperature and pressure for gases Static high temperature and pressure conductivity cells Systems at Constant Temperature and Pressure Temperature Derivatives of Pressure and Volume Temperature and Hydrogen Pressure Temperature and Pressure Dependence of Liquid Density Temperature and Pressure Dependence of the Equilibrium Constant Temperature and Pressure Effects in Flow Temperature and Pressure Effects on Equilibrium Temperature and Pressure Effects on Micelles Temperature and Pressure Effects on Solubility Temperature and Pressure Effects on Surfaces Temperature and Pressure Experiments Temperature and Pressure Relations Temperature and Pressure Relationships Temperature and Pressure Variation Temperature and Pressure on Viscosity Temperature and pressure dependence of ionic conductivity Temperature and pressure dependence of relaxation near the glass transition Temperature and pressure dependency Temperature and pressure effect Temperature and pressure instruments Temperature and pressure scales Temperature and pressure sensitivity Temperature and water vapor pressure Temperature vapor pressure and Temperature, pressure and magnetic field Temperature- and pressure-dependent plastic flow The Combined Gas Law Pressure, Volume, and Temperature The Ideal Gas Law Pressure, Volume, Temperature, and Moles The Solubility of a Substance Is Determined by Temperature, Pressure, and Intermolecular Forces The Velocity, Pressure and Temperature Oscillations The dependence of vapour -solution equilibria on temperature and pressure The effect of temperature and pressure The use of coatings to prevent corrosion in process vessels operating at elevated temperatures and pressures Triple point The temperature and pressure at which Two Phases at Equilibrium as a Function of Pressure and Temperature Vapor Pressure and Other Saturation Properties of Water at Temperatures up to Vapour pressure and boiling temperature Vapour pressure and temperature Vessel design pressure and temperature Volume at Standard Temperature and Pressure Volume, pressure and temperature Water temperature and pressure Wavelength-Agile Temperature and Pressure Sensor