<p>The ice growth rate is compared among four nodes represent different parts of the cell (Nodes C and CS are same node in the nucleus with different diffusion setting, node B is in the middle of cytoplasm, node A is adjacent to the cell membrane). The gross diffusion modification factor for node C is set to the value as in the cell nuclear (), while the gross diffusion modification factor for species in Node CS is set to the value as in the cytoplasm (). A heterogeneous nucleation area A<sub>e</sub> is equally given to all nodes inside cell. Initial CPA at 4.8 mol/L, Cooling rate at 0.02 (K/s). Maximum step length at 0.004 K.</p
Grain growth exponents are constrained independently of the thermally activated kinetics of growth. ...
A novel model capable of quantitatively describing and predicting intracellular ice formation (IIF)...
We present new measurements of the growth rates of faceted ice crystals in the temperature range -40...
<p>Diffusion coefficient difference between the nucleus and the cytoplasm is not accounted (). Initi...
<p>Diffusion coefficient difference between the nucleus and the cytoplasm is not accounted (). Initi...
The morphologies and growth rates of ice crystals have been observed and documented using a novel ex...
To estimate theoretically how suited different freezing techniques are for freezing of freeze-etch s...
Abstract. We describe measurements of the growth rates of the basal and prism facets of ice crystals...
<p>The X-axis represents the temperature below T<sub>m</sub>. The Y-axis represents the rate of grow...
In this paper we show that the ice crystal growth in food and biomaterials is a function of the free...
The crystallization of ice in aqueous dextrose solutions is studied in an adiabatic continuous stirr...
We examine ice crystallization from liquid water and from water vapor, focusing on the underlying ph...
International audienceThis work studied the viabilities of five types of cells (two yeast cells, Sac...
<p>The X-axis represents the temperature below T<sub>m</sub>. The Y-axis represents the rate of grow...
<p>(A) calculated normalized cell volume of HeLa cells during freezing using model parameters determ...
Grain growth exponents are constrained independently of the thermally activated kinetics of growth. ...
A novel model capable of quantitatively describing and predicting intracellular ice formation (IIF)...
We present new measurements of the growth rates of faceted ice crystals in the temperature range -40...
<p>Diffusion coefficient difference between the nucleus and the cytoplasm is not accounted (). Initi...
<p>Diffusion coefficient difference between the nucleus and the cytoplasm is not accounted (). Initi...
The morphologies and growth rates of ice crystals have been observed and documented using a novel ex...
To estimate theoretically how suited different freezing techniques are for freezing of freeze-etch s...
Abstract. We describe measurements of the growth rates of the basal and prism facets of ice crystals...
<p>The X-axis represents the temperature below T<sub>m</sub>. The Y-axis represents the rate of grow...
In this paper we show that the ice crystal growth in food and biomaterials is a function of the free...
The crystallization of ice in aqueous dextrose solutions is studied in an adiabatic continuous stirr...
We examine ice crystallization from liquid water and from water vapor, focusing on the underlying ph...
International audienceThis work studied the viabilities of five types of cells (two yeast cells, Sac...
<p>The X-axis represents the temperature below T<sub>m</sub>. The Y-axis represents the rate of grow...
<p>(A) calculated normalized cell volume of HeLa cells during freezing using model parameters determ...
Grain growth exponents are constrained independently of the thermally activated kinetics of growth. ...
A novel model capable of quantitatively describing and predicting intracellular ice formation (IIF)...
We present new measurements of the growth rates of faceted ice crystals in the temperature range -40...