Sentence examples for electronics response from inspiring English sources
All C imaging of 1-C-succinate d2 was performed with a 64 × 64 mm FOV, TE = 26 ms, TR = 110 ms (limited by the electronics response time), tAcq = 25.6 ms, and a fixed pulse angle of 30°.
Analysis of each decay shows that they contain a fast (ca 50 ps) component due to scattering of the laser excitation pulse within the microscope optics with a longer time constant than that of the laser pulse due to the system (photomultiplier plus electronics) response function.
Hyperpolarized proton images with 94 × 94 μm spatial resolution and hyperpolarized carbon-13 images with 250 × 250 μm in-plane spatial resolution were recorded in 4 8 s (largely limited by the electronics response), surpassing the in-plane spatial resolution (i.e., pixel size) achievable with micro-positron emission tomography (PET).
With adjustments in electronics, the wrong responses could be suppressed, and Rosenblatt's claim was that after a finite number of adjustments the machine would learn to recognize patterns.
Kay Chiu, vice president of Foxconn's consumer electronics division, said in response to e-mailed questions that consumer interest and vertical integration — controlling all the steps in the supply chain — were behind the shift in production.
The paper discusses the design, development and performance tests of a fast response processing electronics for an eddy current flowmeter that has been developed indigenously to measure sodium flow in the primary sodium pump discharge line, pumping liquid sodium to the core consisting of fuel sub-assemblies in the prototype fast breeder reactor at Kalpakkam, India.
One member, Bob Nastanovich, whacked a second drum kit, concocted noise from analog electronics and shouted punky responses to Mr. Malkmus's lead vocals.
The surprise move by Paramount and DreamWorks Animation prompted an immediate response from the electronics companies betting on Blu-ray.
Thereby cancelling out external noise, within the limits of the microphone's frequency response and the electronics' capacity to respond to changes.
Both sets, the $6,000 70-inch KDSR70XBR22 and the $3,80060-inchh KDSR60 XBR2, feature the same electronics and a 2.5-millisecond response time, an "advanced iris" to improve color rendition, a 10,000 1 contrast ratio and automatic adjustment of brightness based on the room illumination.
This "bacteria-on-a-chip" approach combines sensors made from living cells with ultra-low-power electronics that convert the bacterial response into a wireless signal that can be read by a smartphone.
