Examples of using Microencapsulation in English and their translations into Bulgarian
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Microencapsulation- Methods and Industrial Applications.
Gett- a preparation made by the technology of microencapsulation.
In: Microencapsulation- Methods and Industrial Applications.
Another example are computer simulations of microencapsulation.
Microencapsulation in poly(lactic-co-glycolic acid) in 40 sec.
Gett- a preparation made by the technology of microencapsulation.
Get- a microencapsulated odorless product(microencapsulation technology improves the effectiveness of insecticides).
Gett- the most famous drug produced by the technology of microencapsulation.
The product is made using insecticide microencapsulation technology, has a prolonged action and is quite economical in use.
Gett- the most famous drug produced by the technology of microencapsulation.
This unique double microencapsulation process offers the best possible protection against the harshness of certain minerals.
Get- insect repellent on the basis of chlorpyrifos,produced by the technology of microencapsulation.
There are preparations made on the principle of microencapsulation, they provide a prolonged action.
Get- insect repellent on the basis of chlorpyrifos,produced by the technology of microencapsulation.
There are preparations made on the principle of microencapsulation, they provide a prolonged action.
Direct incorporation of hereditary genetic material by microinjection,macroinjection or microencapsulation;
The latest generation of softeners uses microencapsulation to increase the duration of the fragrances present in the fabric softener.
Some manufacturers claim to have got round this with probiotic tablets that have been protected by microencapsulation.
Microencapsulation interferes with the interaction of iron with food, is gentle on the gastric mucosa and does not affect the color of the tooth enamel.
Get is a modern and very popular insecticide today,using microencapsulation technology based on organophosphorus insecticide chlorpyrifos.
Delta Zone(about 500 rubles per 50 ml) andLambda Zone(600 rubles per 50 ml)- Get's analogs are also produced using microencapsulation technology.
Today, microencapsulation technologies have gone far ahead, which allows the modern Get tool to provide particularly high efficiency from cockroaches and other household insects.
Delta Zone(about 500 rubles per 50 ml) andLambda Zone(600 rubles per 50 ml)- Get's analogs are also produced using microencapsulation technology.
Today, microencapsulation technologies have gone far ahead, which allows the modern Get tool to provide particularly high efficiency from cockroaches and other household insects.
One BASF research field in which nanotechnology plays a key role focuses on the development of formulations of active components,especially on microencapsulation.
However, the combination of microencapsulation and combined composition is a rather rare feature of the Zonder drug, while, for example, the above preparations are single-component, that is, they contain only one insecticide(chlorpyrifos, deltamethrin and lambda-cyhalothrin, respectively).
Unlike perfume in a free state, which evaporates in a short time(both during the manufacturing of the paper and during packaging andstorage in a warehouse), microencapsulation allows the use of smaller quantities of fragrance, conserving the scent, both during production and the handling and storage phases.
The microencapsulation of caffeine in a lipid environment allows it to be efficiently transported and absorbed quickly but then released into the bloodstream in a controlled and gradual manner, with the added benefit of not leaving a bad taste in the mouth without using special chemical additives.
To solve this problem, the principle of microencapsulation of the active substance was used in the development of the Delta Zone preparation- deltamethrin is in a colloidal solution in the form of microscopic capsules, which, after surface treatment and evaporation of water, remain here in the form of the thinnest layer.
To solve this problem, the principle of microencapsulation of the active substance was used in the development of the Delta Zone preparation- deltamethrin is in a colloidal solution in the form of microscopic capsules, which, after surface treatment and evaporation of water, remain here in the form of the thinnest layer.