Examples of 'microballoons' in a sentence
Meaning of "microballoons"
microballoons (noun) - small hollow spherical particles used in various applications such as insulation, medicine, and cosmetics
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- plural of microballoon
How to use "microballoons" in a sentence
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microballoons
The glass microballoons are then added.
Another preferred ultrasound contrast agent comprises microballoons.
It is possible to add microballoons to the unvulcanized adhesive layer.
It is desirable for the spherical voids to be provided by microballoons.
The microballoons should desirably be formed of a thermoplastic resin.
In the latter case the microbubbles are referred to as microballoons.
Phenolic microballoons are very low density hollow phenolic spheres.
Process for producing inorganic microspheres and glass microballoons.
Both microbubbles and microballoons are useful as ultrasonic contrast agents.
In the latter case the gas filled particles are referred to as microballoons.
Microballoons are elastic hollow spheres which have a thermoplastic polymer casing.
Sensitized with microballoons.
Alternatively the microballoons can be added to the already melted mass system.
Each of these processes features expansion of expandable microballoons in a wetting agent.
Microballoons also generally differ from microbubbles in terms of acoustic response to ultrasonication.
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Glycols are particularly effective for microballoons containing a copolymer between methacrylonitrile and acrylonitrile.
The gasketing includes two outer layers of initially unsintered PTFE filled with glass microballoons.
It is desirable for the microballoons to contain a copolymer between methacrylonitrile and acrylonitrile.
Manufacture also requires a special release liner into which the microballoons can be partially embedded.
It is taught that the microballoons impart a uniform compression characteristics to the compressible layer.
Preferred examples of microvesicles are microbubbles and microballoons ( or microcapsules ).
Dry lubricant in the shape of microballoons can be used together with other lubricating materials.
Microballoons are, therefore, a material the handling of which is extremely difficult.
Each of these sheets consists of microballoons internally embedded in an unsintered PTFE matrix.
The microballoons will highlight tissue differences using three types of imaging technologies simultaneously.
Further, occurrence of fusión agglomeration of microballoons themselves can be lessened.
The preferred microballoons have an envelope including a biodegradable physiologically compatible polymer or a biodegradable solid lipid.
The mixture was stirred for 30 min to obtain a homogenous suspension of microballoons.
Polymeric gas or air filled microballoons usable as suspensions in liquid carriers for ultrasonic echography.
Incidentally, the average particle diameter of the microballoons was 80 µm.
The Expancel microballoons can be clearly seen intact.
The Expancel manifests as discrete, relatively rigid, microballoons Fig.
Non-flying microballoons are obtained through the removing step of a wetting agent.
Incidentally, the average particle diameter of the microballoons is measured by the method described previously.
The microballoons of claim 9, in which said additives include plasticizers, amphipatic substances and hydrophobic compounds.
The average particle size of the glass microballoons floating on the water surface was 15 µm.
Microballoons ( MBs ) are novel micro / nanodevices that can be used as contrast agents.
Particularly, it is desirable for the microballoons to contain a copolymer between methacrylonitrile and acrylonitrile.
Use of microballoons of claims 1-15 for ultrasonic echography imaging of human or animal body.
With a particular pairing of pressure and temperature, the microballoons undergo an irreversible and three-dimensional expansion.
Use of microballoons of claims 1-15 for ultrasonic echography imaging of liver.
Now, Examples for producing glass microballoons will be described.
At least 1,000 microballoons are analyzed so as to obtain an average particle diameter.
In expanded form, the casing of the microballoons has a thickness of only 0.02 um.
ML of the suspension of microballoons obtained as above described were centrifuged ( 500rpm for 5min ).
Polymers forming the envelope of the injectable microballoons are preferably hydrophilic, biodegradable physiologically compatible polymers.
The infranatant was discarded and microballoons were redispersed in Phosphate Buffer Saline ( 2mL ).
