cooling rate

In cumulus convection ascent rates of several metres a second give a cooling rate of a few degrees per minute .

Fuzzy optimization was applied to obtain the cooling rate and fermentation time of the batch beer fermentation process.

controlling cooling rate can be realized by controlling the initial temperature, bellows-strip spacing and jet rate of the cooling gas.

Finally, I tested the parsing by checking to see if the object contained a cooling rate multiplier.

The temperature distribution field and its variation rule was being simulated by controlling environmental temperature and cooling rate.

Increasing cooling rate is useful for spreading the non-equilibrium microstructure around the primary grains.

Temperature and cooling rate distribution in thickness direction of plate were analyzed with finite element method.

The main influencing factors of the microstructure in weld metal are composition and cooling rate of the weld metal.

Increasing mold temperatures will help by reducing the cooling rate of the melt and encouraging filling of surface details.

Computer simulation showed that the cooling rate of castings can be reduced by such method.

With the faster cooling rate, the slurry preparation time can be largely reduced by decreasing pouring temperature.

The microstructure and mechanical properties of a new kind of microdistortion gear steel under different cooling rate was studied.

Regional affordable mold temperature, cooling rate is moderate, the crystallization and molecular orientation are also moderate.

The formability would be influenced with the reduction of the cooling rate.

The relation of magnetic properties and hardness of wire rod with its cooling rate on Stelmor line was investigated.

Formation of large quantities of the flake perlite is closely dependent on the extremely low cooling rate before and after wire-drawing.

cooling configuration from multi-angle and multi-level to speed-up the modules cooling rate.

Increasing cooling rate of melt from the treated temperature to pouring temperature could decrease grain size.

For maximum softness and ductility the cooling rate should be very slow, such as allowing the parts to cool down with the furnace.

As the cooling rate increases, the pearlite transformation temperature gets lower.

However, at the relatively faster cooling rate, when the tempering temperature is elevated, the strength and toughness both decrease.

While a general expression for maximum cooling rate is obtained, the design conditions required to achieve it are also determined.

Moreover, the influences of varied cooling rate and amplitude on the stress intensity factor (DSIF) of crack tip are also discussed.

There is a negative feedback between the cooling rate of long wave radiation and the heating rate of short wave radiation.

A mathematical model was developed to ensure that the latent heat was dealt with appropriately under high cooling rate.

The effects of opening flask temperature and cooling rate on low and high temperature age-hardening alloy casting are tested and studied.

The increase of cooling rate made the crystallization peaks of the materials become wider and move toward lower temperature.

the relationship between cooling rate and grain size is fit with linear relation, the grain size decreases when increase. . .

This model can be used to optimize the cooling rate for reducing damage to spirulina platensis cell.

The results shown that heating temperature and time will be decreased proper with increased of the cooling rate after the forge.

The results show that a higher cooling rate for a weld is benefit for the decrease of hot cracks in Ni base alloy welds.

The condenser behind the refrigerator must keep clean because dust will affect the cooling rate.

The crack can be avoided by controlling casting temperature and the cooling rate.

Both heating rate and cooling rate have effects on the formation and morphology of crystalline, the fast heat i. . .

The hardness of the steel turns out gradual upward trend with the increase of cooling rate.

In VGF crystal growth procedure, the crystal growth rate depended on the temperature at control point and the cooling rate.

The influences of cooling rate after the forge on the heating temperature and time of apheroidized annealing of steel T10 was studied.

Rolling too high or too low are banded structure, the slower the cooling rate, the more serious banded structure.

Meantime, with the decrease of cooling rate, the plastic strain increases.

When the cooling rate is above the critical cooling rate, the rebound dramatically increases.

Low-alloy high-strength quenched and tempered steel rolling method and the cooling rate after rolling has been studied.

When the cooling rate is low, the microstructure of the pipeline steel X80 is mainly polygonal ferrite and little pearlite.

The effect of different cooling rate on microstructure and mechanical properties of new type bainitic steel were studied.

Cooling rate and cooling uniformity are important indexes, which is used to evaluate pressure pre-cooling effects of fruit and vegetables.

At a slow cooling rate, the size of spherulite becomes larger and more regular.

Weaving, banded structure of conditions, the resulting has the ideal room temperature organization of rolling and cooling rate.

Too slow a cooling rate can result in a soft HAZ and thus a loss of tensile and fracture toughness properties.

Simulation analysis shows that for the steel (S45C) wheel, the cooling rate is relatively small because of its big size.

It is got that the CPA and the cooling rate have influence on these properties.

The invention can increase the production rate because of fast heating rate and cooling rate obviously.

In addition, we can reduce the cracking rate of asphalt pavement by slowing the cooling rate or improving the initial temperature.

however, if the cooling surface of steel roller temperature is too low, the cooling rate is too fast, can also cause loss of strength.

Simulation study of effects of cooling rate on microstructure of liquid metal Na during solidification processes

Influences of Carbon Content and Cooling Rate on the Structure and Properties of Medium-carbon Low-alloy Steel and Its Application Effects

Cooling rate calculation of a high silicon aluminum alloy powder prepared by ultrasonic gas atomization process

the slower cooling rate provides an opportunity for any hydrogen that may be present to diffuse out harmlessly without causing cracking;

Solar Heating Rate and Infrared Cooling Rate in Northern Tibetan Plateau and Its Neighborhood

The relationship between dendritic arm spacings and cooling rate of superalloy under the directional solidification

Predicting the Critical Cooling Rate of Bainite Start Point Using Artificial Neural Networks

A simulation study for the effects of cooling rate on evolution of microstructures during solidification of liquid metal Ga

Estimation of cooling rate of magnesium based amorphous ribbons prepared by melt spinning method

Calculation of Cooling Rate of Strip Continuous Annealing Line Cooled with Hydrogen and Water Spray

A new model for calculating the critical cooling rate of bulk metallic glass under non-isothermal condition

Effects of cooling rate on solidification microstructures and wear resistance of hypereutectic Al-Si alloy

Characteristics of Heating (Cooling) Rate in Atmospheric Boundary Layer in Jiuquan Oasis Summer

A Simulation Study for Effects of Cooling Rate on Evolution of Microstructures during Solidification Process of Liquid Metal Ni

Analysis on the Factors Influencing Quantity of Crystallized Grains Cooling Rate and Wetting Angle

Influence of cryoprotectant and cooling rate in vitrification method on the spindles of rabbit oocytes

Increasing the cooling rate can increase the content of sorbite and decrease the content of network cementite;

The investigation found that the temperature uniformity and cooling rate are optimized when the hydrogen concentration is 30%;

is a promising strategy controlling the cooling rate of the

Influence of Cooling Rate after Hot Deformation on Structure and Property of High Carbon Chromium Cast Steel

Standard Test Method for Cloud Point of Petroleum Products (Constant Cooling Rate Method)

Influence of Cooling Rate after Hot Rolling on Structure and Properties of Medium Chromium Cast Semi-Steel

A simple model for calculation of thermal sprayed splat cooling rate

Standard Test Method for Cloud Point of Petroleum Products Linear Cooling Rate Method

The Estimation on Cooling Rate of Spray Formed Ni-based Superalloys

Mathematical model of solidification latent heat under high cooling rate

choosing proper chemical composition to ensure good as-cast structures: (4) increasing mould density and cooling rate;

Test Method for Cloud Point of Petroleum Products - Constant Cooling Rate Method

Effect of Furnace Cooling Rate on Microstructure and Property of Low Expansion Superalloy

Influence of Cooling Rate on Microstructure of Oxide Scales Formed on Low-Carbon Steel Wires

Effect of Cooling Rate on Microstructures and Properties of Directly Quenched Steel

Influence of Cooling Rate on Crystallization Properties of Mold Fluxes

Test Method for Cloud Point of Petroleum Products - Linear Cooling Rate Method

Effect of Cooling Rate on Microstructure and Mechanical Properties of HSLA Steel

Effect of Deformation and Cooling Rate on the Grain Refinement of Low Carbon Microalloyed Steels for Line-Pipe Applications

Regression analysis of cooling rate of PAG- based polymer quenchant

Effects of Si Content and Cooling Rate on the Carbide in Medium Chromium Cast Iron

Effect of the cooling rate during solid solution treatment on the properties of 1420 alloy

Effect of cooling rate on the incubation period of time temperature transformation curve

Research of Effect of Cooling Rate on Lead- free Solder and Solder Joint Quality

Effects of the Solution Cooling Rate on the Corrosion Resistance of 1420 Al-Li Alloy

The Researches of Cooling Rate in Lead-free Reflow Soldering

What Cooling Rate Curve of Quenching Media Implies

Effect of Cooling Rate on the Properties of Low Voltage ZnO Varistor

Cooling rate of parent body

Effect of Phosphor Content and Cooling Rate on As- Cast Structure of AlCuMn Alloys