Experimental facilities

Abstract

Fully capitalizing on the superlative performance of NSLS-II will require equally advanced beamlines and optimized and unique endstation instrumentation. In this section, we outline our current plans for beamlines, sample environments, automation and robotic control of beamlines and endstation hardware, and advanced detectors. In each area, there are challenges associated with utilizing the full performance of NSLS-II. For example, advances in mirror technology and nanoprobe optics, as well as advanced, efficient, high throughput, area detectors, are necessary to take full advantage of the high brightness and high flux of NSLS-II. There are a number of developments which hold great promise for providing these advanced capabilities and these are also discussed.

Effect of compression ratio and injection timing on the performance characteristics of a diesel engine running on palm oil methyl ester

“…The values of change of pressure per unit change of crank angle (d P /d θ ) are evaluated by using following first-order finite difference equation with fourth order accuracy. 39 where ‘Δθ’ is the successive change of crank angle in °CA. The raw cylinder pressure data traced by DAC is differentiated which shows a noisy trend amid successive values.…”