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Measured results indicate that the absorption band width can be tuned by increasing the radius of circular-patterned layers or reducing the thickness of dielectric spacing layers.
The absorption band width can be tuned by increasing the radius (R) of circular-patterned layers and reducing the thickness of dielectric layers (Hd).
This can be tuned by increasing the bond thickness to achieve high structural integrity and moreover the ceramic is engineered into compressive pre-stress suitable for high performance micro-actuators.
The FWHMs of the resonance peaks can be tuned by increasing or decreasing the number of layers in either of the substructures.
As a result (p) marked and narrow oscillations are generated in the R specular spectrum, the number, intensity, and position of which not only can be tuned by increasing the pore length but also by modifying its diameter (i.e., by changing the effective medium).
On the other hand, ({rho ^{m}_{k}}) can be easily set as stated above, when fairness is an objective; then, W e can be tuned by increasing its value from zero towards the values in the range of queue sizes in relays, depending on how much we trade off between data admission for the direct and indirect users.
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Flue pipes are tuned by increasing or decreasing the speaking length.
The morphology of the CoMo catalyst was tuned by increasing the metal content and adding organic compounds.
The increases from three- to eightfold can be obtained with the increase of silver nanoparticle content in the hybrids, indicating that the increase can be tuned by changing the density of silver nanoparticles.
The PL peak from the shell structure red-shifts with increasing well width, and the peak position can be tuned by adjusting the width of the MQW shell.
Capsule size could be tuned by varying the pH of the EDTA solution used for core removal, with an inverse relationship between capsule size and increasing EDTA pH.
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CEO of Professional Science Editing for Scientists @ prosciediting.com