Examples of using Precisely controllable in English and their translations into Slovak
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Attractive matte design, pleasantly light and precisely controllable.
Intense yet precisely controllable cavitation and shear forces result in complete disruption….
Hielscher Ultrasonics' probe ultrasonicators are precisely controllable.
Ultrasonic homogenizers are precisely controllable as the important process parameters e. g.
Another advantage of ultrasonic extraction lies in it simple andsafe use and its precisely controllable application.
All Hielscher ultrasonicators are precisely controllable and thereby reliable work horses in production.
Precisely controllable and repeatable sonication helps to improve the productivity of various fermentation processes without damaging cells.
All Hielscher ultrasonic homogenizers are precisely controllable and thereby reliable work horses.
The mild, precisely controllable ultrasonic treatment ensures that the C60 molecules are kept intact for best results.
To improve germination of seed by sonication, precisely controllable and adjustable ultrasonic systems are required.
The mild, precisely controllable ultrasonic treatment ensures that the C60 molecules are kept intact for best results.
The outstanding qualities of the MINI Paceman additionally embrace precisely controllable drive response and glorious occupant protection.
Our precisely controllable ultrasonic devices allow to influence enzyme activity, kinetics, thermodynamic properties as well as processing temperature.
Hielscher's ultrasonic devices are precisely controllable for optimal and reproducible process results.
Due to its precisely controllable process parameters, ultrasonic exfoliation is the most widely used delamination technique for the production of high quality graphene and graphene oxide.
Hielscher's high-performance ultrasonic processors are precisely controllable and can generate very high amplitudes in 24/7 operation. This….
The intense, yet precisely controllable ultrasound forces allow for producing modified and functionalized nano-particles, such as coated particles, SWNTs, MWCNTs and core-shell particles.
Lipstick manufacturing involves the grinding and mixing of waxes andcolour pigments on a precisely controllable level to ensure a certain colour and texture profile of the lipstick.
Ultrasonic homogenizers are precisely controllable as the important process parameters(e.g. amplitude, power, time, temperature and pressure) can be influenced and adjusted.
Hielscher Ultrasonics' industrial ultrasonic processors are high-performance ultrasoniators,which are precisely controllable and allow thereby for reproducible outcomes and continuous product quality.
The modifications ensure precisely controllable handling at all times, even in extremely dynamic driving situations.
High Performance Ultrasonicators for Food Processing Hielscher Ultrasonics' industrial ultrasonic processors are high-performance ultrasoniators,which are precisely controllable and allow thereby for reproducible outcomes and continuous product quality.
All Hielscher ultrasonicators are precisely controllable and can be tuned from very low to very high amplitudes.
All Hielscher ultrasonic processors are precisely controllable and thereby reliable work horses in R&D and production.
Hielscher Ultrasonics supplies powerful and precisely controllable ultrasonic processors for the nucleation and precipitation of nano-materials.
Hielscher Ultrasonics devices are precisely controllable, easy adjustable and can be monitored and operated via browser emote control.
Since sonication process parameters are precisely controllable and adjustable, the impact of mixing, milling, or dispersing can be precise adapted to the material and process goal.
Hielscher Ultrasonics' ultrasonic processors are powerful and precisely controllable systems, which allow for the exact setting of process parameters and continuous high-power ultrasound output.
Ultrasonically induced and intensified reactions offer a facile, precisely controllable and versatile synthesis method for the production of light-activated materials, which often cannot prepared by conventional techniques.