92% absorption, which is 2.6 times greater than prior theoretical demonstrations, was achieved in monolayer MoS2 at 660 nm near its band edge to demonstrate material versatility (even materials with very low losses, which is counter-intuitive to conventional absorber designs).
A real world demonstration is achieved by applying the UbiSOM to the real-world Household electric power consumption data stream from the UCI repository [16], comprising (2,049,280) observations of seven different measurements (i.e., (d=7)), collected to the minute, over a span of 4 years.
Finally, visual demonstration of the proposed approach performances is achieved using original documents authored by Nikola Tesla.
Validation is achieved through functional demonstration with case studies, where high quality, practical, realistic, and physically feasible solutions for single-target selective disassembly of buildings are found by using the new method.
What is achieved is the demonstration that a simple auto-regulatory loop can plausibly yield sustained oscillations of the right period.
This purpose is achieved by experiments classified into three categories: laboratory, pilot plant, and demonstration units.
Consequently, the "thorough grounding" that mathematics finds in its definitions, axioms, and demonstrations cannot be "achieved or imitated" by philosophy or physical sciences (A727/B755).
However, this demonstration cannot be achieved without taking into consideration the impact of PPV/SVV sampling.
Most of the demonstrations of QDIPs were achieved with III-V self-assembled heterostuctures.
Most of the demonstrations of QDIPs were achieved with n-type III to V self-assembled nanoheterostuctures.
