Search query: Xn xxx move

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abstract: Using the density functional theory (DFT) of the first principle and Generalized gradient approximation method, the electronic structures and optical properties of the InxGa1 xN crystals with different x (x 0.25, 0.5, 0.75, 1) have been calculated in this paper. The influence of the electronic structure on the properties has been analyzed. Then the influence of doping quantity on the characteristics has been summarized, which also indicates the trend of complex dielectric function, absorption spectrum and transitivity. With the increase of x, the computational result shows that the optical band gap (i.e.Eg) of the InxGa1 xN crystal tends to be narrow, then the absorption spectrum shifts to the low energy direction. And the Fermi energy slightly moves to the bottom of conduction band which would cause the growth of conductivity by increasing x. In a word, the InxGa1 xN compound can be achieved theoretically the adjustable Eg and photoelectric performance with x, which will be used in making various optoelectronic devices including solar cell and sensors.
author_names: Xuewen Wang

Wenwen Liu

Chunxue Zhai

Jiangni Yun

Zhiyong Zhang
title: DFT Calculation on the Electronic Structure and Optical Properties of InxGa1 xN Alloy Semiconductors
year: 2019

abstract: In 2014, we moved from XE 2100 with Standard SIS rules to XN 9000 with GFHC recommendations for slide review. The aim of our study was to evaluate the potential impact of the new Sysmex(r) automation with implementation of GFHC rules on our review rate, turnaround time (TAT) workload and on CD34+ stem cells enumeration. We conducted a retrospective observational study from September 2013 through August 2014, in CHU Dinant Godinne UCL Namur. With the GFHC recommendations and the new Sysmex(r) automation, we significantly reduced our review rate by nearly 30% considering all units (35.8% vs 25.9% and up to 73% when excluding oncology haematology department (17.5% vs 4.7% We also noticed significantly shorter TAT for CBC measurement (median for routine samples: 76.4 vs 56.8 minutes, p 0.0001; urgent samples: 18.9 vs 15.2 minutes, p 0.023) slide review (median: 54.9 vs 36.4 minutes, p 0.0001) and CD34+ enumeration performed on peripheral blood samples (p 0.001) and on apheresis samples (p 0.026) In conclusion, GFHC recommendations implemented on the new Sysmex(r) XN 9000 resulted in a significant reduction in review rate and in TAT. This is particularly of interest for the clinicians with subsequent potential faster patient management.
author_names: Anne Tamigniau

Nicolas Bailly

Bernard Chatelain

Francois Mullier
title: From XE 2100 to XN 9000, from SIS Standard to GFHC recommendations for slide review: potential impact on review rate and turnaround time.
venue: Annales de biologie clinique
year: 2017

abstract: We have applied the pseudo potential plane wave method to study the structural, elastic, electronic, lattice dynamic and optical properties of GaN and AlN in the wurtzite lattice and BN with zinc blende structure. We have found that all elastic constants depend strongly on hydrostatic pressure, except for C44 in wurtzite AlN and GaN that shows a weaker dependence. AlN and GaN present a direct band gap G G, whereas BN has an indirect band gap G X. The indirect G K band gap in AlN occurs at about 35 GPa. The top of the valence bands reflects the p electronic character for all structures. There is a gap between optical and acoustic modes only for wurtzite phases AlN and GaN. All peaks in the imaginary part of the dielectric function for the wurtzite lattice GaN and AlN move towards lower energies, while those in the zinc blende BN structure shift towards higher energies with increasing pressure. The decrease of the static dielectric constant and static refractive index in zinc blende BN is weaker and it can be explained by its higher elastic constants.
author_names: M Qaiser Fatmi

Brahim Ghebouli

M A Ghebouli

Zien K Hieba
title: First principles study of structural, elastic, electronic, lattice dynamic and optical properties of XN (X=Ga, Al and B) compounds under pressure
year: 2011

abstract: Abstract First principles calculations of plane wave ultra soft pseudo potential method based on the density functional theory (DFT) were used to study lattice constants, band structure, density of states and optical properties of wurtzite InxGa1 xN alloys. The calculated results indicate that the lattice constant gradually increases, the conduction band shifts to low energy direction and the band gap becomes narrower with the increase in In doped concentration. Meanwhile, the dielectric function moves towards low energy direction, which is red shift. The first dielectric peak appears near 2.0 eV, and the maximum dielectric peak close to 4.76 eV is found. There are two intersection points at about 5.6 and 9.2 eV. When the photon energy is less than 5.6 eV or higher than about 9.2 eV, the absorption coefficient of InxGa1 xN in low doping concentration (less than 50% is smaller than that of high doping concentration of InxGa1 xN. However, when the photon energy is located between 5.6 and 9.2 eV, the absorption spectra of InxGa1 xN in low doping concentration are greater than those of high doping concentration. Therefore, the study result shows that InxGa1 xN alloys can be applied as solar cell and the transparent conductive materials.
author_names: Ruan Xingxiang

Zhang Fuchun

Zhang Weihu
title: First Principles Investigation on Electronic Structure and Optical Properties of Wurtzite InxGa1 xN Alloys
year: 2015

abstract: 2018 Published by Elsevier B.V. Radiotherapy and Oncology xxx (2018) xxx xxx Filling the gap in cancer care in underserved regions worldwide requires global collaboration and concerted effort to share creative ideas, pool talents and develop sustainable support from governments, industry, academia and non governmental organizations. Comprehensive cancer care, which fits within and strengthens the broader healthcare system, ranges from prevention to screening, to curative treatment, to palliative care and to long term follow up. Radiation therapy is an essential component for curative and palliative cancer care and can serve as a stable focal point physically and for personnel around which regional cancer and health care programs can be established. To build capacity with high quality capability and with the credibility to conduct research to understand specific diseases and treatment outcomes requires a complex systems approach toward both expertise and technology. To move forward in the aspirational goal of substantially reducing the global burden of cancer as part of the Sustainable Development Goals of the United Nations [1] a workshop was convened on November 7 8, 2016 by the International Cancer Expert Corps (ICEC) [2] and hosted by CERN [3] Entitled 'Design Characteristics and Implementation of a Novel Linear Accelerator for Challenging Environments" a major focus was on innovative radiation oncology technology opportunities. Cobalt 60 units are still in use but, while newer units are increasingly sophisticated, they do not provide the full treatment capability ofmodern linacs and require ongoing security and ever increasing costs for disposal of radioactive materials. While there has been substantial progress in radiation oncology technology development, significant opportunity remains for improvement and innovation in the combination of technology and processes used to deliver basic and advanced radiation therapy in lowand middle income countries. Most specifically, the adoption of a collaborative approach that ties together broad expertise and perspectives by connecting global need, oncology expertise, and deep capacity in technology innovation was reinforced by this workshop and subsequent efforts and has resulted in a framework for collaboration to address the unacceptable gap in global cancer care. The magnitude of the problem It is estimated that the annual global cancer incidence will rise from 15 million cases in 2015 to as many as 25 million cases in 2035, 65 70% of which will occur in lowand middle income countries (LMICs) [4] where there is a severe shortfall in radiation
author_names: David A Pistenmaa

Manjit Dosanjh

U Jr Amaldi

David A Jaffray

Eduardo Zubizarreta

Katherine Holt

Yolande Lievens

Yakov Pipman

C Norman Coleman
title: Changing the global radiation therapy paradigm.
venue: Radiotherapy and oncology journal of the European Society for Therapeutic Radiology and Oncology
year: 2018

abstract: Abstract Several approaches have been tried by researchers for improvement of the InxGa1 xN/GaN QW red LEDs, where due the strong polarization fields, the electron hole wave functions are separated spatially. In this paper, we have studied the type II InGaN ZnSnN2/GaN QW diodes and compared the results with the conventional InGaN/GaN QW diodes for red emission. It reveals that the overlap of electron hole wave functions are increased more than three times that of the conventional InGaN/GaN QWs. In the active region with lower In content, hole confinement increases due to higher valance band offset in the type II structure and the electron hole wave functions move towards the center of the well. The entire red region of the visible spectrum can be covered with suitable width, position of the ZnSnN2 layer and In content in the InGaN layer. The computations have been carried out through the self consistent solutions of the Schrodinger and Poisson equations.
author_names: Anup Gorai
title: Red light emitting diodes based on the type II InGaN ZnSnN2/GaN quantum wells
year: 2018

abstract: The instrument prepared for these observations was a reflecting telescope, of two feet focal length, of the Gregorian form, magnifying about 65 times, and so constructed in its machinery as to move in a move in a plane parallel to the horizon, and also, when required, to move in a plane parallel to the equator.
author_names: James Short
title: XXX. Observations of the transit of Mercury over the sun, May 6, 1753; by Mr. J. Short, F. R. S
venue: Philosophical Transactions of the Royal Society of London
year: 1753

abstract: Right now it can not be questionable that competition in banking industry become more tight start from small scale bank up to big scale. Bank XXX is one of private bank with big scale, get the effect so its position going down from second place to third place because it is moved by BRI in 2008. Fund product is owned by bank XXX is still good enough although it is already supported by technology, network and marketing that are classified good enough, bank XXX is still difficult to compete with big scale banks such as bank Mandiri, BRI and BNI. Customers rather choose bank Mandiri, BRI and BNI to make saving so bank XXX always make riset and observation in order to settle current competition. Based on qualitative observation and external environment analysis with value chain analysis and internal environment analysis with five competitive forces method so it can be concluded that good saving product is saving product that fullfil criterias such as can be accepted by every people grade, give several benefits in one saving product, give security, pleasure good interest rate and can be combined with other saving products or credit produts.
author_names: Maman Setiawan
title: PERUMUSAN PRODUK DANA YANG BAIK UNTUK BANK XXX
year: 2013

abstract: Abstract In [1, 2] Nekrasov applied the Bethe/Gauge correspondence to derive the \mathfrak{su} su (2) XXX spin chain coordinate Bethe wavefunction from the IR limit of a 20 \mathcal{N} N (2, 2) supersymmetric A 1 quiver gauge theory with an orbifold type codimension 2 defect. Later, Bullimore, Kim and Lukowski implemented Nekrasov's construction at the level of the UV A 1 quiver gauge theory, recovered his result, and obtained further extensions of the Bethe/Gauge correspondence [3] In this work, we extend the construction of the defect to A M quiver gauge theories to obtain the \mathfrak{su} su (M 1) XXX spin chain nested coordinate Bethe wavefunctions. The extension to XXZ spin chain is straightforward. Further, we apply a Higgsing procedure to obtain more general A M quivers and the corresponding wavefunctions, and interpret this procedure (and the Hanany Witten moves that it involves) on the spin chain side in terms of Izergin Korepin type specializations (and re assignments) of the parameters of the coordinate Bethe wavefunctions.
author_names: Omar Foda

Masahide Manabe
title: Nested coordinate Bethe wavefunctions from the Bethe/Gauge correspondence
venue: Journal of High Energy Physics
year: 2019

abstract: Host factors are critically important in governing the susceptibility and severity of most viral infections. The importance of these host factors is governed by the prevalence of the virus and the availability of effective therapeutic and/or preventive measures. This review highlights 2 such host factors that were initially judged to be important but over time have moved in opposite directions: hepatitis C virus and the IL28B locus as well as HIV and the D32 CCR5 mutation (Clin Ther. 2019; XX:XXX XXX) (c) 2019 Elsevier HS Journals, Inc.
author_names: Ravi Jhaveri
title: "Here Today, Gone Tomorrow" or "Here Today, Stay a Long While" The Divergent Paths of 2 Host Factors Important in Viral Infections.
venue: Clinical therapeutics
year: 2019