超临界工艺流程

超临界工艺流程
1.超临界工艺是一种高效的萃取技术。

Supercritical technology is an efficient extraction technique.
2.在超临界流体条件下，物质同时具有气体和液体的性质。

Under supercritical fluid conditions, a substance exhibits both gas and liquid properties.
3.超临界流体可以调控密度和溶解度。

Supercritical fluids can control density and solubility.
4.超临界流体萃取具有高效、绿色的特点。

Supercritical fluid extraction is efficient and environmentally friendly.
5.超临界CO2是广泛应用的超临界流体之一。

Supercritical CO2 is one of the most widely used supercritical fluids.
6.超临界工艺可用于提取天然产物。

Supercritical technology can be used to extract natural products.
7.超临界萃取可以避免热敏感物质的分解。

Supercritical extraction can avoid the decomposition of heat-sensitive substances.
8.超临界工艺可以减少对有机溶剂的需求。

Supercritical technology can reduce the need for organic solvents.
9.超临界流体提取的产物质量高。

The products extracted by supercritical fluid extraction are of high quality.
10.超临界萃取可应用于食品、药物等领域。

Supercritical extraction can be used in the fields of food and medicine.
11.超临界工艺可实现有机溶剂的回收利用。

Supercritical technology can achieve the recycling of organic solvents.
12.超临界工艺对环境友好。

Supercritical technology is environmentally friendly.
13.超临界流体在化工领域有着广泛的应用前景。

Supercritical fluids have wide prospects in the chemical industry.
14.超临界CO2萃取被广泛用于提取咖啡因。

Supercritical CO2 extraction is widely used for extracting caffeine.
15.超临界工艺可以提高产品的纯度。

Supercritical technology can improve the purity of products.
16.超临界条件下，CO2的溶解度随温度和压力的变化而变化。

Under supercritical conditions, the solubility of CO2 changes with temperature and pressure.
17.超临界萃取具有很高的选择性。

Supercritical extraction has high selectivity.
18.超临界工艺有利于保留原料的天然香味和色素。

Supercritical technology is beneficial for retaining the natural flavor and color of the raw materials.
19.超临界工艺可以有效分离和提纯化合物。

Supercritical technology can effectively separate and purify compounds.
20.超临界流体萃取过程无需进行后处理。

Supercritical fluid extraction process does not require post-processing.
21.超临界工艺对环境污染减少的贡献很大。

Supercritical technology contributes significantly to reducing environmental pollution.
22.超临界条件下，物质密度会快速变化。

Under supercritical conditions, the density of a substance changes rapidly.
23.超临界CO2可通过调节压力而实现液态和气态之间的相变。

Supercritical CO2 can undergo a phase change between liquid and gas by adjusting the pressure.
24.超临界工艺可以避免残留有机溶剂。

Supercritical technology can avoid residual organic solvents.
25.超临界萃取的产物干净、无残留。

The products of supercritical extraction are clean and residue-free.
26.超临界萃取过程不产生废水、废气。

Supercritical extraction process does not produce wastewater or exhaust gas.
27.超临界条件对于某些化合物的萃取效果更好。

Supercritical conditions are more effective for the extraction of certain compounds.
28.超临界工艺可以在较低温度下进行。

Supercritical technology can be carried out at lower temperatures.
29.超临界流体萃取可避免热传导带来的热损耗。

Supercritical fluid extraction can avoid heat loss caused by thermal conduction.
30.超临界萃取可以保留有效成分并去除杂质。

Supercritical extraction can retain active ingredients and remove impurities.
31.超临界工艺对大多数化学成分均有较高的溶解度。

Supercritical technology has high solubility for most chemical components.
32.超临界萃取可以实现连续生产。

Supercritical extraction can achieve continuous production.
33.超临界工艺对热敏感物质有较好的稳定性。

Supercritical technology has good stability for heat-sensitive substances.
34.超临界条件下，CO2的流变性质发生变化。

Under supercritical conditions, the rheological properties of CO2 change.
35.超临界CO2的化学惰性使其对原料成分不易反应。

The chemical inertness of supercritical CO2 makes it less reactive to raw material components.
36.超临界工艺可用于提取天然药材。

Supercritical technology can be used to extract natural medicinal materials.
37.超临界流体对大多数材料均不具有腐蚀性。

Supercritical fluids are not corrosive to most materials.
38.超临界条件下，CO2的介电常数变化明显。

Under supercritical conditions, the dielectric constant of CO2 changes significantly.
39.超临界工艺可以有效降低操作成本。

Supercritical technology can effectively reduce operating costs.
40.超临界萃取可以帮助去除杂质和有害物质。

Supercritical extraction can help remove impurities and harmful substances.
41.超临界工艺对高沸点物质有较好的提取效果。

Supercritical technology has good extraction effects on high boiling point substances.
42.超临界萃取不会破坏营养成分。

Supercritical extraction does not destroy nutritional components.
43.超临界流体可通过调节温度和压力来控制其物理化学性质。

Supercritical fluids can control their physical and chemical properties by adjusting temperature and pressure.
44.超临界工艺可避免残留有害溶剂。

Supercritical technology can avoid residual harmful solvents.
45.超临界萃取对色素和香料有较好的保留效果。

Supercritical extraction has good preservation effects on pigments and flavors.
46.超临界工艺的萃取速度快。

Supercritical technology has a fast extraction rate.
47.超临界条件下，物质的扩散系数增加。

Under supercritical conditions, the diffusion coefficient of a substance increases.
48.超临界萃取过程对于细胞膜的损伤小。

The supercritical extraction process causes minimal damage to cell membranes.
49.超临界工艺对食品保持新鲜度有益。

Supercritical technology is beneficial for maintaining the freshness of food.
50.超临界流体可用于固体废弃物的处理。

Supercritical fluids can be used for the treatment of solid waste.
51.超临界萃取对挥发性成分有较好的提取效果。

Supercritical extraction has good extraction effects on volatile components.
52.超临界工艺可实现工艺条件的调节。

Supercritical technology can achieve the adjustment of process conditions.
53.超临界工艺在提高产品品质方面有明显作用。

Supercritical technology has a significant effect on improving product quality.。