Nucleate boiling on a vibrating surface.
Surface vibration effect on nucleate pool boiling, measuring heat-transfer coefficient and proposing mechanism
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Surface vibration effect on nucleate pool boiling, measuring heat-transfer coefficient and proposing mechanism
Vertical magnetic induction effect on nucleate boiling of mercury on horizontal heating surface
Mass spectrometry used for simultaneous measurements of adsorption and crystal nucleation processes
Bi and Ag nucleation on evaporated substrates studied as function of substrate temperature and impinging flux using electron microscopy
Arctic amplification (AA) is simulated by all global climate models, however the spread in the degree of projected warming is large and the underlying mechanisms driving it are poorly understood. The impact of the temperature dependence of immersion freezing on cloud feedbacks and AA is studied using NASA's GEOS-5 model. Parameterizations that exhibit low ice-nucleating particle (INP) concentrations in the high Arctic during summer are found to weaken the cloud-phase feedback. This allows sunlight to readily melt sea-ice in the summer, which decreases the stability of the lower troposphere, causing a decrease in wintertime cloud fraction over open ocean. Arctic amplification was found to span from ∼1.4 to >2.6, which spans 30% of the spread in AA in the coupled model intercomparison project models, depending on the temperature dependence of immersion freezing. These results suggest that summertime INP concentrations may provide an observational constraint on AA.
Sedimentation rates of nucleated and nonnucleated cells of normal rat bone marrow
Gravity effects on bubble dynamics generated during nucleate boiling
Nucleation and growth processes in interstellar grain formation
In situ electron microscopy for studying vapor deposition nucleation processes
Nucleation and growth of iron and vanadium thin films to observe polymorphic transformation using electron microscope
Crystal structure and growth, and nucleation observed by electron diffraction and microscope in formation of thin metal films during vacuum deposition on carbon
Summary information on various studies of nucleation and grain growth in interstellar space
Supercooled bismuth and Bi-Sn alloys LF vibration enhanced nucleation, considering vibrational energy
Superheated film temperature profiles and thickness near nucleate pool boiling water heating surface, discussing electrical heat flux effects to burnout
Vertical magnetic induction effect on nucleate boiling of mercury on horizontal heating surface
Bubble growth parameters in saturated and subcooled nucleate boiling of fluids with viscosity and surface tension different from water
Low energy ultrasonic vibrations effect on dynamic nucleation in supercooled high purity liquid metals
Nucleate and film boiling heat transfer to liquefied natural gas