Sentence examples for specially designed equipments from inspiring English sources
Because of the difficulties in manipulating nanometer sized CNTs during measurement of CNT strength and CNT polymer interfacial strength, CNT strength and CNT polymer interfacial strength have previously been determined using complicated methods with expensive or specially designed equipments.
To ensure safety, specially designed equipment has been used for catalyst withdrawal.
Since large volumes of throughput are expected, specially designed equipment and methods are often used so that lower production costs can be achieved.
Jim Sanford, a classically trained chef with 30 years of clam-baking experience, will bring all the food, utensils and his own specially designed equipment to your home to cook up an authentic-tasting beach barbecue for about $5.70 an hour.
This month, Equinox Fitness Clubs introduce yogilates, in which students execute the popular Pilates method exercises on floor mats and specially designed equipment, while incorporating the breathing and meditative techniques of hatha yoga.
Specially designed equipment was used to perform the isokinetic assessment and gathered data were analysed according to positional categories (front, second, back row and backline players).
By using room temperature water with specially designed equipment, the effects of stirrer types, fluid viscosity and stirring velocity on the foam generation behaviors are intensively analyzed.
The magnetron sputtering method is environmental friendly and works quickly, but this method requires specially designed equipment and does not work for ultrafine powders.
Specially designed equipment based on a static-analytic method with Rolsi™ pneumatic samplers for on line gas chromatograph analysis has been used for this work.
Zn1−XMnXS (X="0.85% and 1.26%) nanoparticles have been synthesized using a specially designed equipment and we have studied the influence of doping Mn2+ on the surface energy of ZnS.
The warm deep drawing of circular AA5754-O alloynium alloy blanks was investigated both experimentally using specially designed equipment and numerically using a fully coupled thermo-mechanical finite element model.
