Innocent synthetic diamonds are released

After decades of experimentation, scientists can finally "plant" synthetic diamonds that rival the most precious De Beers diamonds.
A perfect single crystal diamond larger than 2 carats can be "planted" soon. A chemical vapor deposition method for scientists can create flawless diamonds.

Since last year, scientists have succeeded in mastering the method of making 10 carats of single crystal diamonds. The most powerful thing is that the diamonds even exceed the true mineral diamonds in color and purity. In 10 years, synthetic diamonds will become cheaper and cheaper. In 2011, the first diamond semiconductor will be available.

Scientists at the Geophysical Laboratory of the Carnegie Institution of Washington, together with researchers at the Boston Apollo Diamond Association, have created the largest and most flawless synthetic diamonds available today. In addition, the European Carbon Energy Electronics Association has also produced a synthetic diamond diode, taking the first step in the success of Diamond Semiconductor.

How to grow a diamond

Sowing

First, put some button-sized diamonds on an innocent plate. Just like putting pearls in oysters to produce pearls, these "seeds" will grow into large diamonds.

2. Fertilization

Place the “seeds” in a microwave container and “fertilize” them with hydrogen and methane gas. When the temperature is as high as about 700 ° C, hydrogen reacts with methane to form carbon.

3. Germination

These carbon rains continue to fall from the high temperature plasma cloud, forming a large amount of carbon on the "seed" surface. A new diamond monomer can be formed soon.

4. Trim

Once the diamond grows to the expected size (1 carat per 12 hours), a new mature diamond monomer is separated from the "seed" and then cut and polished.

Calcium Sulfate : the commonly used calcined gypsum is the best coagulant for tofu production. In addition, calcium sulfate can also be used as thickening agent, acidity regulator and flour treatment agent.

Calcium Chloride: generally not used as tofu coagulant, can be used as low methoxy pectin and sodium alginate coagulant. It can also be used for making cheese, and can also be used as hardener for assorted vegetables, tomatoes and lettuce.

Magnesium Chloride: Salt brine is commonly used to make old tofu and dried tofu. Salt brine tofu has a unique flavor of tofu.

Propylene glycol: It can be used as a moisturizer and softener for bread, candy, packaged meat, cheese, etc. It can increase the elasticity of noodles, increase the flavor, whiteness and luster of tofu, and it can also be used as food antifreeze liquid.

EDTA salts: including disodium ethylenediaminetetraacetate and disodium calcium ethylenediaminetetraacetate. EDTA salts have the function of chelating metal ions, eliminating harmful effects caused by metal ions, preventing discoloration, deterioration, turbidity caused by metal, preventing loss of vitamin C due to oxidation, improving food quality, and are calcium nutrients. Fortifier.

Tin disodium Citrate : also known as 8301 color protection agent, is white crystalline, very soluble in water, easy to absorb moisture and hydrolyze, very easy to oxidize, mainly used in fruits and vegetables, edible fungi canned, antioxidant color protection role.

Gluconic acid-delta-lactone: Gluconic acid-delta-lactone can be used as a coagulant to make lactone tofu, as a preservative to preserve fish, poultry, shrimp, etc., as a sour agent to be used in juice drinks and jelly. As a chelating agent, it can be used in grape juice or other berry wine, dairy products and beer to prevent the production of tartar, milk stone and beer stone.

Herb extract: it is obtained by crushing, boiling, extracting, filtering, concentrating, and spray drying with dried herbs. It is light yellow solid powder. It is a gelatinous polysaccharide contained in the grass and can be used to make cake foods.

Microbialtransglutaminase is an enzyme that catalyzes the intra (or intra) acyl transfer reaction between proteins, resulting in covalent cross-linking between proteins (or polypeptides), and can catalyze the intra-molecular and inter-molecular covalent cross-linking of protein polypeptides, thereby improving the structure and function of proteins. It has significant effect on protein properties such as foaming, emulsifying, emulsifying stability, thermal stability, water retention and gel ability, and then improves the flavor, taste, texture and appearance of food. It can be applied to aquatic products, ham, sausages, noodles, tofu and so on.

In addition to the above substances, they also include phosphoric acid, sodium lactate, calcium lactate, calcium Carbonate in acidity regulators, alum in bulking agents, polyglycerol monofatty acid esters in emulsifiers, tween, stearic lactate, chymosin in enzymes, D-mannitol, maltitol, lactosol and sorbitol in sweeteners. The water retention agents include Trisodium Phosphate, disodium hydrogen Phosphate , pectin, propylene glycol alginate, xanthan gum, chitin, polydextrose, carrageenan, cordlan gum, hydroxypropyl starch and so on.

Curing Agent

Curing Agent,Mono Sodium Phosphate,Sodium Phosphate Monobasic,Food Curing Agent

Jiangsu Kolod Food Ingredients Co., Ltd. , https://www.kolodchem.com