crystallization (Also crystallizations) : Related Words Words similar in meaning to crystallization

  • crystallizing«
  • crystallisation«
  • crystal«
  • crystallize«
  • transformation process«
  • physical creation event«
  • activities«
  • crystallization«
  • efflorescence«
  • bloom«
  • crystallite«
  • quartz glass«
  • quartz«
  • vitreous silica«
  • lechatelierite«
  • water of crystallization«
  • fractional crystallization«
  • nucleation«
  • crystallise«
  • water ice«
  • crystallizer«
  • crystalize«
  • ice needle«
  • supersaturation«
  • effloresce«
  • ice crystal«
  • volcanic glass«
  • solute«
  • crystalise«
  • ice«
  • vapour«
  • solution«
  • devitrify«
  • physics«
  • unit operation«
  • temperature«
  • uncrystallize«
  • molecule«
  • flake«
  • crystallization process«
  • natural philosophy«
  • solid«
  • crystal formation«
  • snow mist«
  • racemic acid«
  • solute concentration«
  • frost mist«
  • precrystallization«
  • solubility«
  • snowflake«
  • phase«
  • mother liquor«
  • frost snow«
  • nucleus«
  • diamond dust«
  • melt«
  • empirical exponent«
  • gemstone«
  • macroseeding«
  • liquid«
  • hydrosalt«
  • solubility threshold«
  • gem«
  • hemihedrism«
  • atom«
  • stone«
  • grain«
  • crystal structure«
  • poudrin«
  • glass transition«
  • retention time«
  • freebase«
  • solvent«
  • twins«
  • crystallurgy«
  • recrystallization«
  • rheology«
  • tank crystallization«
  • mental synthesis«
  • axial flow mixer«
  • quantum physics«
  • cocrystallization«
  • crystal growth«
  • rime«
  • allotriomorph«
  • primary nucleation«
  • high-energy physics«
  • thermodynamics«
  • secondary nucleation«
  • crystallography«
  • exchange surface«
  • particle physics«
  • process«
  • plasma physics«
  • crystal mass«
  • electrostatics«
  • crystalline product«
  • electromagnetism«
  • draft tube«
  • solid-state physics«
  • homogeneous nucleation«
  • opaque gem«
  • solute molecule«
  • cryogenics«
  • evaporation«
  • black ice«
  • growth«
  • icicle«
  • growth rate«
  • hoar«
  • temperature decrease«
  • chemical phenomenon«
  • seed crystal«
  • nuclear physics«
  • perfect crystal«
  • high energy physics«
  • index«
  • atomic physics«
  • melting«
  • optics«
  • saturated solution«
  • transparent gem«
  • cooling«
  • electromagnetics«
  • biophysics«
  • frost«
  • liquid solution«
  • statistical mechanics«
  • formation«
  • mechanics«
  • sodium sulfate«
  • hailstone«
  • foreign substance«
  • astronomy«
  • heat exchange«
  • physicist«
  • rate constant«
  • hoarfrost«
  • thermodynamic«
  • purity«
  • construction«
  • crystalline form«
  • rock«
  • laminar flow«
  • cabochon«
  • swenson«
  • uranology«
  • precipitation«
  • nucleonics«
  • mass«
  • cryogeny«
  • astronautics«
  • enthalpy«
  • aeronautics«
  • unit volume«
  • electronics«
  • solid surface«
  • probability«
  • factor«
  • hydration«
  • polymorphism«
  • cation«
  • anion«
  • type«
  • method«
  • concentration«
  • viscosity«
  • tank«
  • entropy«
  • condition«
  • size«
  • trough«
  • walker crystallizer«
  • vapour head«
  • usual time scale process example«
  • unit fluid mass«
  • typical laboratory technique«
  • total nucleation«
  • total latent heat«
  • total crystal surface«
  • tine arkenbout«
  • thermodynamic solid«
  • theoretical solubility level«
  • theoretical crystal size distribution«
  • tank crystallizers«
  • t0 temperature«
  • supersaturated solute mass«
  • sulfate solubility«
  • sulfate entrains hydration water«
  • sugar industry vertical cooling crystallizers«
  • such critical size«
  • subsequent size increase«
  • stalactite/stalagmite«
  • stable hydrate crystallization form«
  • spatial randomization«
  • solution aqueous«
  • solute/solvent mass ratio«
  • solute touching«
  • solubility threshold increase«
  • simplest cooling crystallizers«
  • separation –«
  • separate heavy slurry zone«
  • semicylindric horizontal hollow trough«
  • screw/discs«
  • s.j. jancic«
  • richard chisum bennett«
  • relative crystal velocity«
  • reasonable velocity«
  • reardon e.j.«
  • rapid local fluctuation«
  • quantitative fundamental«
  • pure solid crystalline phase«
  • precise slurry density«
  • population balance theory«
  • p.a.m. grootscholten«
  • nucleus attributable«
  • most industrial crystallizers«
  • melt crystallization technology«
  • main crystallization processes«
  • low supersaturation«
  • low external circulation«
  • liquid saturation temperature t1«
  • larger crystal mass«
  • internal circulator«
  • instantaneous solute concentration«
  • hydrate solute«
  • honey crystallize«
  • honey crystallization«
  • hollow screw conveyor«
  • glynn p.d.«
  • geological time scale process example«
  • fluid shear nucleation«
  • facet growth rate«
  • exhaust solution«
  • evaporative type«
  • evaporative crystallizers«
  • evaporative crystallization«
  • dtb crystallizer«
  • direct solubility«
  • crystallizer vessel«
  • crystallization technology handbook«
  • crystallization stage downstream«
  • crystallization parameter«
  • crystallization nucleation«
  • crystallization limit«
  • crystallization dynamic«
  • crystal strike«
  • crystal specific surface«
  • crystal slurry«
  • crystal packing force«
  • crystal formation result«
  • crc isbn«
  • complicated mathematical process«
  • circulation crystallizer«
  • chemical solid–liquid separation technique«
  • chemical engineering crystallization«
  • additional supersaturation«
  • a. mersmann«
  • thin layer due«
  • thermal randomization«
  • swenson engineer«
  • swenson co.«
  • suspension density«
  • sucrose unit«
  • solvent start«
  • solvent layering«
  • separation process principle«
  • secondary crystallization«
  • reverse solubility«
  • pump flow«
  • most chemical compound«
  • many solute«
  • main industrial process«
  • industrial crystallization«
  • geankoplis«
  • effective process control«
  • de vroome«
  • crystal polymorph«
  • critical cluster size«
  • cooling model«
  • contact nucleation«
  • constant specific«
  • compound exhibit«
  • austenite crystal«
  • consequence«
  • system«
  • equilibrium«
  • thermodynamic view«
  • hydrate form«
  • solution equilibrium«
  • population balance equation«
  • metastable equilibrium«
  • massecuite«
  • homogeneous suspension«
  • evaporative capacity«
  • current operating condition«
  • complicated architecture«
  • jacket«
  • technique«
  • contact«
  • unstable operation«
  • symplectite«
  • pressure p1«
  • maximum supersaturation«
  • limited diameter«
  • forced circulation«
  • shape«
  • energy«
  • relative arrangement«
  • kinetic factor«
  • internal crystal structure«
  • insoluble impurity«
  • homogeneous phase«
  • hollow disc«
  • antisolvent«
  • sum effect«
  • entropy decrease«
  • delft university press«
  • crystallizers«
  • uncharged specie«
  • periodic manner«
  • intermediate fluid«
  • fluid«
  • mass percent«
  • abnormal grain growth«
  • difference«
  • textbook thermodynamics«
  • heat exchanger tube«
  • stable cluster«
  • solid formation«
  • main circulation«
  • batch«
  • vacuum pan«
  • liquid mass«
  • hot mixture«
  • application«
  • axis«
  • typical equipment«
  • protein crystallization«
  • supersaturated solution«
  • thermodynamic theory«
  • discharge port«
  • counterflow«
  • chiral resolution«
  • processing«
  • steel form«
  • impurity level«
  • heterogeneous nucleation«
  • pedestal growth«
  • vessel design«
  • pumpable ice technology«
  • flash evaporation«
  • model«
  • microscopic crystal«
  • dissolution rate«
  • final concentration«
  • crystal phase«
  • main value«
  • internal circulation«
  • igneous differentiation«
  • hall inc.«
  • derivative model«
  • many compound«
  • easy control«
  • solid crystal«
  • equilibrium process«
  • cluster«
  • total world production«
  • salt«
  • stable nucleus«
  • j. sci«
  • perfect control«
  • critical size«
  • industrial manufacture«
  • crystal size«
  • nucleation site«
  • technology website«
  • larger crystal«
  • reidel publishing company«
  • crystal habit«
  • cold surface«
  • macroscopic property«
  • dynamics«
  • foreign particle«
  • equilibrium concentration«
  • glauber«
  • sodium acetate«
  • fundamental factor«
  • control«
  • transport process«
  • original nucleus«
  • vitrification«
  • molecular scale«
  • equilibrium temperature«
  • batch process«
  • ultimate solution«
  • variable quality«
  • quantity«
  • filtrate«
  • pressure condition«
  • microscopic scale«
  • special term«
  • contact time«
  • evaporator«
  • chemistry«
  • mass flow«
  • optimum condition«
  • flow pattern«
  • formation process«
  • crystal form«
  • uniform size«
  • ionic strength«
  • physical factor«
  • low velocity«
  • successive layer«
  • phase change«
  • initial formation«
  • solid particle«
  • major limitation«
  • calcium chloride«
  • simple machine«
  • centrifugation«
  • heat«
  • krystal«
  • menthol«
  • baffle«
  • polymorph«
  • main family«
  • relative term«
  • pattern«
  • volume ratio«
  • cooling water«
  • special application«
  • turbulent flow«
  • dynamic process«
  • simple word«
  • size range«
  • longitudinal axis«
  • time unit«
  • thermodynamic property«
  • single crystal«
  • mass transfer«
  • vaporization«
  • increase«
  • solid form«
  • hybrid system«
  • grain size«
  • unit time«
  • rate«
  • single block«
  • sublimation«
  • major importance«
  • labor cost«
  • annulus«
  • slurry«
  • constant temperature«
  • temperature difference«
  • molecular level«
  • sodium chloride«
  • exception«
  • surface«
  • illinois institute«
  • settling«
  • surface tension«
  • ray crystallography«
  • scraper«
  • amer«
  • category«
  • chemical property«
  • filtering«
  • natural process«
  • molasses«
  • plunge«
  • shear«
  • external source«
  • sulfate«
  • refining«
  • polarity«
  • saturation«
  • nature«
  • lower temperature«
  • magma«
  • delft«
  • physical characteristic«
  • influence«
  • rule«
  • prentice«
  • major impact«
  • freezing«
  • common method«
  • structure«
  • physical property«
  • practice«
  • impurity«
  • washing«
  • force«
  • metallurgy«
  • loss«
  • physical«
  • flux«
kinetics, decay, thermodynamics of equilibrium, quantum mechanics, quantum field theory, kinematics, fluid mechanics, electron optics, interaction, fundamental interaction, celestial mechanics, intrusion, gestation, astrometry, statics, clastic rock, mineralogy, bedrock, calculus, holography, valency, static, astrodynamics, tourmaline, chalcedony, water sapphire, form, amethyst, solar physics, hydraulics, concretion, topaz, aquamarine, stargazer, lazuli, lapis lazuli, outcropping, whinstone, classical mechanics, pneumatics, chondrite, opal, state of matter, red coral, precious coral, coral, aerodynamics, free energy, radio astronomy, garnet, whin, freeze, microelectronics, moonstone, nuclear physicist, power, sunstone, peridot, sill, emerald, exchange, turquoise, rock outcrop, outcrop, jade, acoustician, citrine, astrophysics, pebble, avionics, stepping stone, boulder, wall rock, sapphire, ruby, kunzite, xenolith, van der Waals, uranologist, thermostatics, thermionics, selenology, pleomorphism, petrifaction, morganite, jadestone, hiddenite, chrysoprase, chrysolite, chrysoberyl, catoptrics, cat's eye, calcedony, bowlder, allotropy, allotropism, al-Haytham, aeromechanics, achondrite, aventurine, astronomer, biophysicist, diamond, adamant, state, jasper, tor, solidification, glacial boulder, radioactive decay, magnetization, quantum electrodynamics, quantum chromodynamics, photochemical exchange, gaseous state, torsion, drift, polarisation, disintegration, hardening, curing, magnetic induction, gravitational interaction, centrifugal force, energy of activation, activation energy, depolarization, polarization, urinary calculus, conformation, liquid state, mechanism, weak interaction, strong interaction, electromagnetic interaction, plasma, cosmogony, blender, separation energy, centripetal force, repulsive force, thaw, renal calculus, heat energy, degaussing, solidness, dissolve, dynamic, liquefaction, waterpower, combine, hydrodynamics, reaction, salivary calculus, impulsion, solidifying, meteoroid, mechanical energy, repulsion, dimorphism, affinity, vitality, radiant energy, binding energy, meld, shaping machine, shaping, bladder stone, fork, dish, chemical science, chemical energy, chemical attraction, transformer, mineralogist, cosmology, geology, impetus, configuration, propulsion, natural glass, gallstone, shaper, scallop, comet, stress, acoustics, radiation, physical phenomenon, asterism, blend, jelly, mix, kidney stone, fuse, aerodynamic force, scatter, torque, wave mechanics, collapse, contour, stoning, belay, thrust, dimension, meteor, sliver, solid state, strain, liquidity, primary, electrical power, electrical energy, cohesion, magnet, change, planet, major planet, rest energy, nuclear energy, energy state, energy level, atomic energy, alternative energy, wattage, burst, divide, tumble, chemist, twist, concrete, electric power, elan vital, hydrostatics, attraction, terrace, decline, moment, stoner, plume, river boulder, vital force, block, color force, roll, ridge, circle, rough, cook, gas, weak force, shore boulder, astrophysicist, life force, resolve, strong force, split up, split, ballistics, attractive force, urolith, sialolith, scollop, rockiness, ptyalith, outthrust, nephrolith, magnetomotive force, magnetisation, liquidness, liquidizer, liquidiser, lapidator, lapidation, hydrokinetics, fluxion, enterolith, depolarisation, demagnetization, demagnetisation, de Broglie, cystolith, cosmogeny, bilestone, break, reform, electricity, cosmologist, round, dope, cup, turn, work, separate, square, cast, set, burn, push, pull, strike, star, maker, brace, blow, draw, fit, tie, 4th ed, Newtonian mechanics, First Baron Rutherford of Nelson, Zworykin, Zeeman, Young, Yang Chen Ning, Wollaston, Wilson, William Thompson, William Shockley, William Hyde Wollaston, William Gilbert, William Crookes, William Bradford Shockley, Wilhelm Konrad Rontgen, Wilhelm Konrad Roentgen, Wilhelm Eduard Weber, Wheatstone, Weinberg, Weber, Walther Hermann Nernst, Volta, Vladimir Kosma Zworykin, Victor Hess, Victor Franz Hess, Van de Graaff, Van Vleck, Van Allen, Tyndall, Townes, Torricelli, Thomson, Thompson, Thomas Young, Third Baron Rayleigh, Svante August Arrhenius, Steven Weinberg, Stephen William Hawking, Stephen Hawking, Sir William Crookes, Sir Oliver Lodge, Sir Oliver Joseph Lodge, Sir Joseph John Thomson, Sir James Dewar, Sir Isaac Newton, Sir George Paget Thomson, Sir Edward Victor Appleton, Sir Charles Wheatstone, Shockley, Sadi Carnot, Rutherford, Rontgen, Roentgen, Robert Woodrow Wilson, Robert Van de Graaff, Robert Jemison Van de Graaff, Robert Hutchings Goddard, Robert Andrews Millikan, Rene Antoine Ferchault de Reaumur, Reaumur, Rayleigh, Prokhorov, Powell, Planck, Pitot, Pieter Zeeman, Pierre Curie, Philipp Lenard, Philip Warren Anderson, Philip Anderson, Phil Anderson, Oliver Heaviside, Ohm, Oersted, Nicolas Leonard Sadi Carnot, Newton, Nernst, Neel, Millikan, Michelson, Michael Faraday, Meissner, Maxwell, Max Planck, Max Karl Ernst Ludwig Planck, Mach, Ludwig Boltzmann, Louis Eugene Felix Neel, Lorentz, Lord Rayleigh, Lodge, Lippmann, Lev Davidovich Landau, Leo Esaki, Lenard, Landau, Klaus Fuchs, Kirchhoff, Kelvin, Kastler, Joule, Joseph Louis Gay-Lussac, Joseph John Thomson, Joseph Henry, Joliot-Curie, Joliot, John William Strutt, John Van Vleck, John Tyndall, John Hasbrouck Van Vleck, John Dalton, John Bardeen, Johannes van der Waals, Johannes Diderik van der Waals, Jean-Frederic Joliot-Curie, Jean-Frederic Joliot, Jean Bernard Leon Foucault, Jean Baptiste Joseph Fourier, James Prescott Joule, James Franck, James Clerk Maxwell, James Alfred Van Allen, Jacques Charles, Jacques Alexandre Cesar Charles, J. C. Maxwell, Isaac Newton, Irene Joliot-Curie, Ibn al-Haytham, Huygens, Hess, Hertz, Hermann von Helmholtz, Hermann Ludwig Ferdinand von Helmholtz, Henry Cavendish, Henry, Henri Pitot, Henri Becquerel, Hendrik Antoon Lorentz, Helmholtz, Heinrich Rudolph Hertz, Heinrich Hertz, Heaviside, Hawking, Hans Geiger, Hans Christian Oersted, Gustav Theodor Fechner, Gustav Robert Kirchhoff, Goddard, Gilbert, George Paget Thomson, George Gamow, Georg Simon Ohm, Geiger, Gay-Lussac, Gamow, Gabriel Lippmann, Gabriel Daniel Fahrenheit, Gabor, G. R. Kirchhoff, Fuchs, Fritz W. Meissner, Fresnel, Franck, Fourier, Foucault, First Baron Rutherford, First Baron Kelvin, Fechner, Faraday, Fahrenheit, Evangelista Torricelli, Esaki, Ernst Mach, Ernest Rutherford, Emil Klaus Julius Fuchs, Einstein, Edward Appleton, Doppler, Dewar, Dennis Gabor, Daniel Bernoulli, Dalton, Curie, Crookes, Count Rumford, Count Alessandro Volta, Coulomb, Conte Alessandro Volta, Conte Alessandro Giuseppe Antonio Anastasio Volta, Christian Johann Doppler, Christian Huygens, Christiaan Huygens, Chen N. Yang, Charles Townes, Charles Hard Townes, Charles Augustin de Coulomb, Charles, Cecil Frank Powell, Cavendish, Carnot, Brockhouse, Boltzmann, Bertram Brockhouse, Bernoulli, Benjamin Thompson, Becquerel, Baron Jean Baptiste Joseph Fourier, Baron Hermann Ludwig Ferdinand von Helmholtz, Bardeen, Avogadro, Augustin Jean Fresnel, Arrhenius, Archimedes, Appleton, Antoine Henri Becquerel, Anderson, Amedeo Avogadro, Alhazen, Alhacen, Alfred Kastler, Aleksandr Prokhorov, Aleksandr Mikjailovich Prokhorov, Albert Michelson, Albert Einstein, Albert Abraham Michelson, Al-Hasan ibn al-Haytham, A. A. Michelson, Thales of Miletus, Aristarchus of Samos, Yukawa, Wolfgang Pauli, William Herschel, Willem de Sitter, Wigner, Werner Karl Heisenberg, Walton, Tycho Brahe, Tsung Dao Lee, Tombaugh, Thales, Teller, Tamm, Szilard, Sitter, Sir William Huggins, Sir William Herschel, Sir John Herschel, Sir John Frederick William Herschel, Sir John Douglas Cockcroft, Sir John Cockcroft, Sir Frederick William Herschel, Sir Bernard Lovell, Sir Arthur Stanley Eddington, Sir Alfred Charles Bernard Lovell, Simon Newcomb, Shapley, Schrodinger, Schiaparelli, Satyendra Nath Bose, Satyendra N. Bose, Samuel Pierpoint Langley, Sakharov, Russell, Rudolf Ludwig Mossbauer, Robert Oppenheimer, Rittenhouse, Richard Phillips Feynman, Richard Feynman, Regiomontanus, QED, Ptolemy, Plymouth Rock, Pierre Simon de Laplace, Percival Lowell, Peirce, Pauli, Paul Adrien Maurice Dirac, Otto Robert Frisch, Otto Frisch, Oppenheimer, Oort, Omar Khayyam, Niels Henrik David Bohr, Niels Bohr, Nicolaus Copernicus, Newtonian, Newcomb, Nathaniel Bowditch, Murray Gell-Mann, Muller, Mossbauer, Mitchell, Mikolaj Kopernik, Meitner, Mayer, Max Born, Marquis de Laplace, Marie Goeppert Mayer, Maria Mitchell, Lowell, Lovell, Louis Victor de Broglie, Lorentz force, Lise Meitner, Leo Szilard, Lee, Lawrence, Laplace, Langley, Kuiper, Kepler, Karl Alex Muller, John Herschel, Johannes Kepler, Johann Muller, Johan Kepler, Jan Hendrix Oort, Igor Yevgeneevich Tamm, Igor Tamm, Hypatia, Huggins, Hipparchus, Hideki Yukawa, Herzberg, Herschel, Henry Russell, Henry Norris Russell, Heisenberg, Harlow Shapley, Hans Bethe, Hans Albrecht Bethe, Halley, Hall, Hale, Gustav Ludwig Hertz, Gustav Hertz, Glaser, Giovanni Virginio Schiaparelli, Gerhard Herzberg, Gerard Peter Kuiper, Gerard Kuiper, George Ellery Hale, Gell-Mann, Galileo Galilei, Galileo, Frisch, Friedrich Wilhelm Bessel, Feynman, Fermi, Eugene Wigner, Eugene Paul Wigner, Erwin Schrodinger, Ernest Walton, Ernest Thomas Sinton Walton, Ernest Orlando Lawrence, Eratosthenes, Enrico Fermi, Edward Teller, Edmund Halley, Edmond Halley, Eddington, E. T. S. Walton, E. O. Lawrence, Donald Glaser, Donald Arthur Glaser, Dirac, David Rittenhouse, Coriolis force, Copernicus, Compton, Cockcroft, Clyde William Tombaugh, Clyde Tombaugh, Claudius Ptolemaeus, Charles Thomson Rees Wilson, Celsius, Carl David Anderson, Carl Anderson, Broglie, Brahe, Bowditch, Bose, Born, Bohr, Bethe, Bessel, Benjamin Peirce, Asaph Hall, Arthur Holly Compton, Arthur Compton, Andrei Sakharov, Andrei Dimitrievich Sakharov, Anders Celsius, Anaximander,