Light reflectance increases along incidence angle and transmittance significantly drops around 90‐degree incidence angle. Here, we report two‐photon laser printed micro mirrors that redirect the skimming light beam into normal light absorption. Using this technique, light‐driven micro walkers and grippers are demonstrated by using grazing incidence ...
Leilei Song, Jianfeng Yang, Hao Zeng
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Hypoxia and cribriform growth in prostate cancer - establishing a link via MRI. [PDF]
Fernandez Salamanca M +10 more
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Massive MIMO joint beamforming and power allocation via LMS with narwhal lemming optimization and fractional ResNeXt-based control. [PDF]
Kamal MM +8 more
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Integer programming for learning directed acyclic graphs from nonidentifiable Gaussian models. [PDF]
Xu T +3 more
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Neutrosophic goal programming technique with bio inspired algorithms for crop land allocation problem. [PDF]
Angammal S, Grace GH.
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NOMA-MIMO in 5G network: a detailed survey on enhancing data rate. [PDF]
Halabouni M +6 more
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NMAsurv: An R Shiny application for network meta-analysis based on survival data. [PDF]
Shao T, Zhao M, Shi F, Rui M, Tang W.
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Brain Abnormalities in Children Exposed Prenatally to the Pesticide Chlorpyrifos.
Peterson BS +9 more
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Multiple Objective Linear Fractional Programming
Management Science, 1981This paper presents a simplex-based solution procedure for the multiple objective linear fractional programming problem. By (1) departing slightly from the traditional notion of efficiency and (2) augmenting the feasible region as in goal programming, the solution procedure solves for all weakly efficient vertices of the augmented feasible region. The
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Solving linear fractional bilevel programs
Operations Research Letters, 2004The authors give a geometrical characterization of the optimal solution to the linear fractional bilevel programming (LFBP) problem in terms of what is called a boundary feasible extreme point. It is assumed that the second level optimal solution sets are singletons. The results extend the characterization proved by \textit{Y. H. Liu} and \textit{S. M.
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