Sentence examples for bulky components from inspiring English sources

Often, the more bulky components, such as radiators, can be "eliminated" by building the unit into the wall or, in existing, poorly detailed buildings, by creating a "built-in" appearance through the inclusion of some design feature.

However, the steric repulsion among bulky components of biological systems also affect biochemical behavior: The 'excluded volume effect of macromolecular crowding' drives bulky components into structurally compact organizations, increases their thermodynamic activities and slows down diffusion.

In this study a multi-channel parabolic neutron guide was developed to be used instead of the primary slit to minimise the loss of intensity and vertical definition of the gauge volume when using slits placed far away from the measurement position in bulky components.

From an equipment standpoint, optical techniques require bulky components for fluorescence excitation and emission detection.

With these designs, the laser focus is scanned by bulky components located outside of the endoscope, at the cost of flexibility and resolution.

The interior seems spacious; perhaps this due to the lack that bulky component usually found in cars — the engine.

The shape of each complex and often bulky component is verified during the design phase, to ensure that it can be delivered and installed to its specified location in the torus.

The development of the transistor simplified the exploitation of printed circuitry by eliminating one of the bulkiest components, the vacuum tube.

This lowers the total thermal dissipation, reduces the total amount of emitted radiation – allowing for safer medical diagnostics, and eliminates the need for bulky mechanical components.

Metasurfaces may provide a full control of the reflected and transmitted fields, and they can be designed to possess many required properties replacing bulky optical components.

In order to overcome the above-mentioned limitations our research group is currently working on the design and fabrication of "true" lab-on-chip systems that integrate in a single device all the analytical steps from the sample preparation to the detection without the need for bulky external components such as pumps, syringes, radiation sources or optical detection systems.