AbstractThe fat content of spices p

Abstract
The fat content of spices poses problems of temperature rise and sieve clogging during grinding. Due to this temperature rise,
spices lose a signi®cant fraction of their volatile oil or ¯avouring components. Therefore, a cryogenic grinding system was designed
and developed to cool the spices before feeding to the grinder and also maintain the cryogenic temperature in the grinding zone. The
main components of the cryogenic grinding system are a precooler and grinder. The precooler consists of a screw conveyor assembly,
a compressor, a liquid nitrogen dewar and power transmission unit. The design considerations, calculations and development
of the precooler have been discussed in the paper. A commercially available grinder was adopted for this purpose. The tests
conducted on grinding of cumin seed revealed that it could be successfully ground below the temperature of ÿ70°C. Above this
temperature, sieve clogging took place. The increase in grinding temperature fromÿ160°C to ÿ70°C resulted in a signi®cant increase
in particle size of the product and speci®c energy consumption in grinding. A variation in volatile oil content was obtained in the
range of 3.30±3.26 ml/100 g with increasing temperature from ÿ160°C to ÿ70°C, but this variation was found to be non-signi®cant
at 5% level. Ó 1999 Elsevier Science Ltd. All rights reserved.

ผลลัพธ์ (อังกฤษ) 2:

Abstract
FAT The content of spices poses Problems of Temperature rise and clogging during Grinding Sieve. Due to this Temperature rise,
spices Signi®cant Lose a fraction of their volatile components Oil or ¯avouring. Therefore, a cryogenic Grinding System was designed
and developed to cool the spices before feeding to the grinder and also the cryogenic Maintain Temperature in the Grinding Zone. The
Main components of the cryogenic Grinding System are Precooler and a grinder. Screw Conveyor consists of a Precooler the Assembly,
a compressor, a Liquid nitrogen Dewar and Power Transmission UNIT. The Design considerations, calculations and Development
of the Precooler have been discussed in the Paper. A commercially available grinder was adopted for this purpose. The tests
conducted on Grinding of cumin Seed revealed that it could be successfully Temperature of the Ground Below Ÿ70 ° C. Above this
Temperature, Sieve clogging took Place. Grinding the increase in Fromÿ160 ° C Temperature ° C to Ÿ70 resulted in a Signi®cant increase
in particle Size of the product and Speci®c Energy consumption in Grinding. A variation in volatile Oil content was obtained in the
Range of ± 3.30 26/03 ml / 100 G with increasing ° C Temperature from Ÿ160 to Ÿ70 ° C, but this variation was Found to be non-Signi®cant
at 5% level. Ó 1999 Elsevier Science Ltd. All rights reserved.

ผลลัพธ์ (อังกฤษ) 3:

Abstract.The fat content of spices poses problems of temperature rise and sieve clogging during grinding. Due to this temperature. Rise.Spices lose a signi apertium cant fraction of their volatile oil or ¯ avouring components. Therefore a cryogenic, grinding system. Was designed.And developed to cool the spices before feeding to the grinder and also maintain the cryogenic temperature in the grinding. Zone. The.Main components of the cryogenic grinding system are a precooler and grinder. The precooler consists of a screw conveyor. Assembly.A compressor a liquid, nitrogen dewar and power transmission unit. The design considerations calculations and, development.Of the precooler have been discussed in the paper. A commercially available grinder was adopted for this purpose. The tests.Conducted on grinding of Cumin Seed revealed that it could be successfully ground below the temperature of ÿ 70 ° C. Above. This.Temperature sieve clogging, took place. The increase in grinding temperature from ÿ 160 ° C to ÿ 70 ° C resulted in a signi cant game systems. Increase.In particle size of the product and speci apertium C energy consumption in grinding. A variation in volatile oil content was obtained. In the.Range of 3.30 edge 3.26 ml / 100 g with increasing temperature from ÿ 160 ° C to ÿ 70 ° C but this, variation was found to be non-signi cant game systems.At 5% level. Ó 1999 Elsevier Science Ltd. All rights reserved.