แต่ละวิธีจะขึ้นอยู่กับความจุดประสงค

แต่ละวิธีจะขึ้นอยู่กับความจุดประสงค์ของผู้ทำการทดลอง
Comparison between solvent extraction and supercritical extraction
From a comparison of the results in this report, the only time that can use for control parameter (40C): Yield from supercritical extraction is lower than solvent extraction because of many factors. For example, sample size: smaller sample is increasing rate of reaction to get higher yield and time that use for extracts can relate to yield: longer extraction time produces a higher yield and shorter extraction time produces a lower yield. Time of supercritical extraction was 30 minutes but solvent extraction was 4 hours. However each method has several advantages and disadvantages and they are based on purpose of the experiment.

ผลลัพธ์ (อังกฤษ) 1:

Each method will depend on the purpose of the experiments.Comparison between solvent extraction and supercritical extractionFrom a comparison of the results in this report, the only time that can use for control parameter (40C): Yield from supercritical extraction is lower than solvent extraction because of many factors. For example, sample size: smaller sample is increasing rate of reaction to get higher yield and time that use for extracts can relate to yield: longer extraction time produces a higher yield and shorter extraction time produces a lower yield. Time of supercritical extraction was 30 minutes but solvent extraction was 4 hours. However each method has several advantages and disadvantages and they are based on purpose of the experiment.

ผลลัพธ์ (อังกฤษ) 2:

Each method is based on the purpose of the experiment
Comparison between Solvent extraction and supercritical extraction
From a comparison of the results in this Report, the only time that Can use for Control parameter (40C): Yield from supercritical extraction is Lower than. solvent extraction because of many factors. For example, sample size: smaller sample is increasing rate of reaction to get higher yield and time that use for extracts can relate to yield: longer extraction time produces a higher yield and shorter extraction time produces a lower yield. . Time of supercritical extraction was 30 minutes but solvent extraction was 4 hours. However each method has several advantages and disadvantages and they are based on purpose of the experiment.

ผลลัพธ์ (อังกฤษ) 3:

Each method will depend on the purpose of the experiment.Comparison between solvent extraction and supercritical extraction.From a comparison of the results in, this report the only time that can use for control parameter (40C): Yield from supercritical. Extraction is lower than solvent extraction because of many factors. For, example sample size: smaller sample is increasing. Rate of reaction to get higher yield and time that use for extracts can relate to yield: longer extraction time produces. A higher yield and shorter extraction time produces a lower yield. Time of supercritical extraction was 30 minutes but solvent. Extraction was 4 hours. However each method has several advantages and disadvantages and they are based on purpose of the. Experiment.