bluuebunny/crossref_metadata_2025 huggingface dataset:
Assessment of the motorway’s impact on agricultural land on the example of the section of motorway A4 Jasień – Bobrowniki Małe
Authors: Bacior Stanisław , Dudzińska Małgorzata , Prus Barbara
Published: November 2018

The innovative method of assessment of the motorway impact on agricultural land presented in this study allows to estimate all losses related to the directions of this impact. The basis for the determination of losses is the analysis of land use variability and bonitation classes as well as the location of access roads to the land along the axis of the planned motorway. The applied measure of the motorway's impact on agricultural land is the change in land value, at which determination only the diversity of its suitability for agricultural production is taken into account. The developed method of determining the impact of the motorway on agricultural land was presented on the example of the A4 motorway section between the villages Jasień and Bobrowniki Małe. The existing motorway section was evaluated and then the obtained data were compared with the results obtained for the alternative version of the motorway running on the same section.
Application of GIS technology in the protection of monuments on the example of Historic Monuments
Authors: Rząsa Krzysztof , Ogryzek Marek , Ciski Mateusz
Published: November 2018

According to the criteria set by The National Heritage Board of Poland, an non-movable monument of trans-regional importance, of high historical, scientific and artistic values; relevant to the Polish cultural heritage, consolidated in the social consciousness by being a source of inspiration for future generations, may be recognized as Historic Monument. As at April 20, 2018, there are 91 Historic Monuments in Poland. The objects were characterized by: location, type, age, date of recognition as a Historic Monument. Several GIS tools, such as: Kernel Density, diagram map with proportional symbols, and various forms of graduated symbols were used to analyse and visualise the spatial data. Results were presented in tabular form and on a series of created maps. The applied GIS tools allowed to elaborate and show spatial, temporal and generic differentiation of analysed objects; which allowed to draw conclusions in this area, included at the end of the article.
Experimental results from CMS
Authors: Strologas John
Published: November 2018

We present some of the latest results of the CMS experiment, covering analyses in QCD multijet, top, bottom, Higgs, forward/small-x QCD, heavyion, exotic, and supersymmetry physics utilizing LHC integrated luminosity up to ~80 fb-1.
Jet Substructure Measurements Sensitive to Soft QCD effects with the ATLAS Detector
Authors: Chiodini Gabriele
Published: November 2018

Jet substructure observables are powerful tools for the identification of boosted heavy particles and for probing QCD at different energy scales in proton-proton collisions at the LHC. In this work three recent ATLAS measurements sensitive to soft QCD effects and performed with the use of jet substructures are described. Their are kt splitting scales, soft-drop jet masses and pull-jet angles. Some discrepancies between data and predictions are observed in the non-perturbative regime.
Forward particle production in proton-nucleus collisions at next-to-leading order
Authors: Triantafyllopoulos D.N.
Published: November 2018

We consider the next-to-leading order (NLO) calculation of single inclusive particle production at forward rapidities in proton-nucleus collisions and in the framework of the Color Glass Condensate (CGC). We focus on the quark channel and the corrections associated with the impact factor. In the first step of the evolution the kinematics of the emitted gluon is kept exactly (and not in the eikonal approximation), but such a treatment which includes NLO corrections is not explicitly separated from the high energy evolution. Thus, in this newly established “factorization scheme”, there is no “rapidity subtraction”. The latter suffers from fine tuning issues and eventually leads to an unphysical (negative) cross section. On the contrary, our reorganization of the perturbation theory leads by definition to a well-defined cross section and the numerical evaluation of the NLO correction is shown to have the correct size.
QCD critical end point from a realistic PNJL model
Authors: Xu Kun , Li Zhibin , Huang Mei
Published: November 2018

With parameters fixed by critical temperature and equation of state at zero baryon chemical potential, a realistic Polyakov-Nambu-Jona-Lasinio (rPNJL) model predicts a critical end point of chiral phase transition at (μEB = 720MeV; TE = 93MeV). The extracted freeze-out line from heavy ion collisions is close to the chiral phase transition boundary in the rPNJL model, and the kurtosis kσ2 of baryon number fluctuations from the rPNJL model along the experimental freeze-out line agrees well with the BES-I measurement. Our analysis shows that the dip structure of measured kσ2 is determined by the relationship between the freeze-out line and chiral phase transition line at low baryon density region, and the peak structure can be regarded as a clean signature for the existence of CEP.
The improved Ginzburg-Landau technique
Authors: Mannarelli Massimo
Published: November 2018

We discuss an innovative method for the description of inhomogeneous phases designed to improve the standard Ginzburg-Landau expansion. The method is characterized by two key ingredients. The first one is a moving average of the order parameter designed to account for the long-wavelength modulations of the condensate. The second one is a sum of the high frequency modes, to improve the description of the phase transition to the restored phase. The method is applied to compare the free energies of 1D and 2D inhomogeneous structures arising in the chirally symmetric broken phase.
Decays of the f0(1370) scalar glueball candidate in pp Central Exclusive Production (CEP) and in antiproton annihilations at rest
Authors: Gastaldi Ugo
Published: November 2018

Decays into π+π- of the f0(1370) are the main source of an isolated structure localized between 1.2 and 1.5 GeV in the π+π- mass spectrum measured in pp Central Exclusive Production (CEP) at √s=200 GeV at very low four momentum transfer ltl by the STAR experiment. These data confirm in the π+π- decay channel the existence of the f0(1370) as an isolated well identified structure previously observed in K+K-, KsKs, π+π-π+π-, 2π0π+π- and 4π0 decays measured in pbar annihilations at rest. The ensemble of these data point at a high gg content of the f0(1370). CEP interactions at higher energies favour production of 0++ and 2++ mesons. Selection of events with lower ltl at both proton vertices suppresses 2++ structures. LHC runs dedicated to pp CEP measurements at low ltl could then provide a unique source of all the low energy scalars. This would make it clear if and where scalar gluonium is resident and the nature (composition in terms of qqbar, qqqbarqbar, qqbar-qqbar and gg) of f0(500), f0(980), f0(1370), f0(1500) and f0(1710).
Is nuclear viscosity dependent on temperature?
Authors: Vardaci E. , Di Nitto A. , Nadtochy P.N. , La Rana G. , Cinausero M. , Prete G. , Gelli N. , Kozulin E.M. , Knyazheva G.N. , Itkis I.M. , Ashaduzzaman M. , Davide F. , Pulcini A. , Quero D. , Rath P.K.
Published: November 2018

Nuclear viscosity is an indispensable ingredient of the nuclear fission collective dynamical models. It governs the exchange of energy between the collective variables and the thermal bath. Its dependence on the shape and temperature is a matter of controversy. By using systems of intermediate fissility we have demonstrated in a recent study that the viscosity parameters is larger for compact shapes, and decreases for larger deformations of the fissioning system, at variance with the conclusions of the statistical model modified to include empirically viscosity and time scales. In this contribution we propose an experimental scenario to highlight the possible dependence of the viscosity from the temperature.
Summation calculation of delayed neutron yields for 235U, 238U and 239Pu, based on various fission yield and neutron emission probability databases
Authors: Foligno Daniela , Leconte Pierre , Serot Olivier , Litaize Olivier , Chebboubi Abdelhazize
Published: November 2018

Summation calculations have been performed in order to compare the quality of several nuclear data libraries. The objective was to obtain the average delayed neutron yield, as well as the average delayed-neutron half-life for different fissioning systems (235U, 238U and 239Pu) at different energies (thermal and fast) by using microscopic data. Each quantity is presented with a first evaluation of the uncertainty, computed under the assumption that the variables are all independent of each other.
Tests of ionization chambers for future photofission experiments
Authors: Peck Marius , Enders Joachim , Freudenberger Martin , Göök Alf , Oberstedt Andreas , Oberstedt Stephan
Published: November 2018

A recent set-up of a multi-cathode Frisch-grid ionization chamber and experimental results of a proof-of-principle experiment are presented. Preliminary data on the obtained polar angular and mass distributions as well as total kinetic energy of fission fragments produced in neutron-induced fission of 232Th and 238U are discussed that show that the chamber has been operated successfully. For the additional measurement of the azimuthal angular distribution, a design of segmented anodes has been tested. Preliminary data do not allow a suffcient reconstruction of the azimuthal angle.
The γ-γ fast-timing technique and the EXILL&FATIMA campaign
Authors: Régis J.-M. , Simpson G.S. , Mach H. , Blanc A. , Jentschel M. , Köster U. , Mutti P. , Soldner T. , de France G. , Ur C.A. , Urban W. , Jolie J. , Saed-Samii N. , Warr N. , Fraile L.M. , Paziy V. , Regan P.H. , Podolyák Zs. , Lalkovski S. , Bruce A.M. , Kröll T. , Korten W. , Marginean N.
Published: November 2018

At the Institut Laue-Langevin in Grenoble, germanium-gated γ-γ fast-timing lifetime measurements of nuclear excited states in neutron-rich nuclei have been performed within a prompt γ-ray spectroscopy experimental campaign. We report on results obtained from the cold-neutron induced fission of 235U. The excited secondary fission products were stopped almost instantaneously within the thick target and the γ rays emitted were collected triggerlessly using the EXILL&FATIMA mixed array of HPGe and LaBr3(Ce) detectors. Precise lifetimes could be determined by analysing the γ-γ time difference spectra using the generalized centroid difference method. This picosecondsensitive method provides many advantages and is briefly explained. Still, the major source of systematic errors is related to the contribution of time-correlated Compton background. The EXILL&FATIMA results are discussed with respect to the typical energy-dependent timing behaviour of the background. According to the time response of the background, appropriate methods and a time correction for the sub-nanosecond regime are proposed.
FIPPS (FIssion Product Prompt γ-ray Spectrometer) and its first experimental campaign
Authors: Michelagnoli Caterina , Blanc Aurelien , Ruiz-Martinez Emilio , Chebboubi Abdelaziz , Faust Herbert , Froidefond Emmanuel , Kessedjian Gregoire , Jentschel Michael , Köster Ulli , Mutti Paolo , Simpson Gary
Published: November 2018

FIPPS is the new nuclear physics instrument of ILL for the spectroscopy of nuclei produced in neutron-induced reactions. The performance of the first implementation of the setup will be shown, together with an overview of the first experimental campaign (December 2016-March 2017). Future perspectives and physics opportunities will then be discussed.
Nuclear structure with radioactive muonic atoms
Authors: Adamczak A. , Antognini A. , Berger N. , Cocolios T.E. , Dressler R. , Eggenberger A. , Eichler R. , Indelicato P. , Jungmann K. , Kirch K. , Knecht A. , Papa A. , Pohl R. , Pospelov M. , Rapisarda E. , Reiter P. , Ritjoho N. , Roccia S. , Severijns N. , Skawran A. , Wauters F. , Willmann L.
Published: November 2018

Muonic atoms have been used to extract the most accurate nuclear charge radii based on the detection of X-rays from the muonic cascades. Most stable and a few unstable isotopes have been investigated with muonic atom spectroscopy techniques. A new research project recently started at the Paul Scherrer Institut aims to extend the highresolution muonic atom spectroscopy for the precise determination of nuclear charge radii and other nuclear structure properties of radioactive isotopes. The challenge to combine the high-energy muon beam with small quantity of stopping mass is being addressed by developing the concept of stopping the muon in a high-density, a high-pressure hydrogen cell and subsequent transfer of the muon to the element of interest. Status and perspectives of the project will be presented.
Study of parity-doublet structure in the 147La nucleus
Authors: Wiśniewski J. , Urban W. , Rząca-Urban T. , Smith A. G. , Smith J. F. , Simpson G. S. , Ahmad I. , Greene J. P.
Published: November 2018

The work reports several new excited states in the neutron-rich 147La nucleus, populated in spontaneous fission of 252Cf. The excitation scheme has been reinvestigated by means of γ-ray spectroscopy, using high-fold γ coincidences measured with the Gammasphere array of Ge detectors. It is shown that the 229.65-keV level has spin and parity 11/2-, which changes the 9/2- spin-parity reported in a recent evaluation and sets up the spinparity of the ground state as 5/2+. New levels allow to arrange the excitation scheme of 147La into a parity-doublet-like structure showing that the 147La nucleus may have an octupole deformation.
Nuclear level density and related physics
Authors: Zelevinsky Vladimir , Karampagia Sofia
Published: November 2018

The knowledge of the level density as a function of excitation energy and nuclear spin is necessary for the description of nuclear reactions and in many applied areas. We discuss the level density problem as a part of the general understanding of mesoscopic systems with strong interactions. The underlying physics is that of quantum chaos and thermalization which allows one to use statistical methods avoiding full diagonalization. The resulting level density is well described by the constant temperature model in agreement with experimental data. We discuss the effective temperature parameter and show that it is not related to the pairing phase transition being analogous to the limiting temperature in particle physics. Other aspects of underlying physics include the collective enhancement of the level density, random coupling of individual spins and the role of incoherent collision-like interactions.
Shell-model calculations for upper pf-shell nuclei with an effective interaction
Authors: Drumev Kalin
Published: November 2018

Results obtained for the energy spectra and the low-lying positive-parity energy eigenstates of the upper p f -shell nuclei 64Ge and 68Se with the use of the effective interaction JUN45 are reported. We address the question of how appropriate is the possibility to construct a symmetry-adapted shell model in a single oscillator shell using a Pairing-plus-Quadrupole Hamiltonian. Specifically, we study the goodness of the symmetries pseudo SU(3) and O(6) in the structure of the energy eigenstates. Finally, we relate our results to a proposed mixed-symmetry approach which is able to simultaneously account for the presence of both the pairing and the quadrupole modes as the most important ingredients in the effective interaction while using a restricted part of the full model space.
Charge-exchange isobaric resonances
Authors: Lutostansky Yu.S.
Published: November 2018

Three types of the charge-exchange isobaric resonances - giant Gamow-Teller (GTR), the analog (AR) and pygmy (PR) ones are investigated using the microscopic theory of finite Fermi systems and its approximated version. The calculated energies of GTR, AR and three PR’s are in good agreement with the experimental data. Calculated differences ΔEG-A=EGTR-EAR go to zero in heavier nuclei indicating the restoration of Wigner SU(4)-symmetry. The average deviation for ΔEG-A is 0.30 MeV for the 33 considered nuclei where experimental data are available. The comparison of calculations with experimental data on the energies of charge-exchange pygmy resonances gives the standard deviation δE<0:40 MeV. Strength functions for the 118Sn, 71Ga, 98Mo and 127I isotopes are calculated and the calculated resonance energies and amplitudes of the resonance peaks are close to the experimental values. Strong influence of the charge-exchange resonances on neutrino capturing cross sections is demonstrated.
Nuclear spin scissors mode – experimental status
Authors: Molodtsova Irina , Balbutsev Evgeny , Schuck Peter
Published: November 2018

A new type of nuclear collective motion - the spin scissors mode - was predicted seven years ago. Promising signs of its existence in 232Th were found. We perform a systematic analysis of experimental data on M1 excitations in rare-earth nuclei to find traces of the spin scissors mode in this area. Obvious signs of its existence are demonstrated.
Cross-observables and cross-isotopes correlations in nuclear data from integral constraints
Authors: Bauge Eric , Rochman Dimitri A.
Published: November 2018

Most recent evaluated nuclear data files exhibit excellent integral performance, as shown by the very good agreement between experimental and calculated keff values over a wide range of benchmark integral experiments. However, the propagation of the uncertainties associated with those nuclear data to integral observables, generally produces calculated distribution which are much (3–5 times) wider than the experimental uncertainties. Reducing the variances of the evaluated data to achieve consistency at the integral level would lead to unreasonably narrow variances in the light of differential experimental data. One way of solving that paradox could be to allow, for different observables like fission cross-sections (σf), the prompt fission neutron spectra (χ), and the average multiplicity of fission neutrons ([see formula in PDF]) to be correlated in a Bayesian-like, Total Monte-Carlo approach, under constraints from integral experiments from the ICSBEP (International International Criticality Safety Benchmark Evaluation Project) benchmark compilation. Future developments will be highlighted and restrictions imposed by the current formatting of nuclear data will be discussed.
Estimating model bias over the complete nuclide chart with sparse Gaussian processes at the example of INCL/ABLA and double-differential neutron spectra
Authors: Schnabel Georg
Published: November 2018

Predictions of nuclear models guide the design of nuclear facilities to ensure their safe and efficient operation. Because nuclear models often do not perfectly reproduce available experimental data, decisions based on their predictions may not be optimal. Awareness about systematic deviations between models and experimental data helps to alleviate this problem. This paper shows how a sparse approximation to Gaussian processes can be used to estimate the model bias over the complete nuclide chart at the example of inclusive double-differential neutron spectra for incident protons above 100 MeV. A powerful feature of the presented approach is the ability to predict the model bias for energies, angles, and isotopes where data are missing. The number of experimental data points that can be taken into account is at least in the order of magnitude of 104 thanks to the sparse approximation. The approach is applied to the Liège intranuclear cascade model coupled to the evaporation code ABLA. The results suggest that sparse Gaussian process regression is a viable candidate to perform global and quantitative assessments of models. Limitations of a philosophical nature of this (and any other) approach are also discussed.
Uncertainty and covariances of the newly derived 8-groups delayed-neutrons abundances set
Authors: Foligno Daniela , Leconte Pierre
Published: November 2018

Delayed-neutrons are of great importance for reactor operations. Current abundances derive from either a measurement performed in 1957 by Keepin or by a summation calculation performed by Brady and England in 1989. In this work, a code has been written to compute a new set of delayed-neutron abundances as well as to estimate uncertainties and correlations through a Monte Carlo method and a Bayesian inference. An experiment will take place in the future to verify the validity of the calculated quantities.
Development and validation of uncertainty neutron transport calculations at an industrial scale
Authors: Gaillet Julien , Bonaccorsi Thomas , Noguere Gilles , Truchet Guillaume
Published: November 2018

Evaluating uncertainties on nuclear parameters such as reactivity is a major issue for conception of nuclear reactors. These uncertainties mainly come from the lack of knowledge on nuclear and technological data. Today, the common method used to propagate nuclear data uncertainties is Total Monte Carlo [1] but this method suffers from a long time calculation. Moreover, it requires as many calculations as uncertainties sought. An other method for the propagation of the nuclear data uncertainties consists in using the standard perturbation theory (SPT) to calculate reactivity sensitivity to the desire nuclear data. In such a method, sensitivities are combined with a priori nuclear data covariance matrices such as the COMAC set developed by CEA. The goal of this work is to calculate sensitivites by SPT with the full core diffusion code CRONOS2 for propagation uncertainties at the core level. In this study, COMAC nuclear data uncertainties have been propagated on the BEAVRS benchmark using a two-step APOLLO2/CRONOS2 scheme, where APOLLO2 is the lattice code used to resolve Boltzmann equation within assemblies using a high number of energy groups, and CRONOS2 is the code resolving the 3D full core diffusion equation using only four energy groups. A module implementing the SPT already exists in the APOLLO2 code but computational cost would be too expensive in 3D on the whole core. Consequently, an equivalent procedure has been created in CRONOS2 code to allow full-core uncertainty propagation. The main interest of this procedure is to compute sensitivities on reactivity within a reduced turnaround time for a 3D modeled core, even after fuel depletion. In addition, it allows access to all sensitivites by isotope, reaction and energy group in a single calculation. Reactivity sensitivities calculated by this procedure with four energy groups are compared to reference sensitivities calculated by the iterated fission probability (IFP) method in Monte Carlo code. For the purpose of the tests, dedicated covariance matrix have been created by condensation from 49 to 4 groups of the COMAC matrix. In conclusion, sensitivities calculated by CRONOS2 agree with the sensitivities calculated by the IFP method, which validates the calculation procedure, allowing analysis to be done quickly. In addition, reactivity uncertainty calculated by this method is close to values found for this type of reactor.
Evaluating nuclear data and their uncertainties
Authors: Talou Patrick
Published: November 2018

In the last decade or so, estimating uncertainties associated with nuclear data has become an almost mandatory step in any new nuclear data evaluation. The mathematics needed to infer such estimates look deceptively simple, masking the hidden complexities due to imprecise and contradictory experimental data and natural limitations of simplified physics models. Through examples of evaluated covariance matrices for the soon-to-be-released U.S. ENDF/B-VIII.0 library, e.g., cross sections, spectrum, multiplicity, this paper discusses some uncertainty quantification methodologies in use today, their strengths, their pitfalls, and alternative approaches that have proved to be highly successful in other fields. The important issue of how to interpret and use the covariance matrices coming out of the evaluated nuclear data libraries is discussed.
A Flight Test Method of Flammable Liquid Leakage and Discharge for Certain Aircraft
Authors: Song Jiangtao , Zhao Yan , Li Yu
Published: November 2018

To guarantee the successful completion of airworthiness certification test for a certain type of aircraft, the leakage and discharge compliance criteria of flammable liquid were designed by studying airworthiness requirements and the design characteristic of the civil aircraft, where flammable liquid leakage zones and hazardous zones in which liquids are not allowed to enter were determined. Further the test equipments and the dyeing liquor for replacing flammable fluid were developed, and ground and flight test methods were proposed. Moreover, the above test equipment and methods were applied to flight tests of flammable liquid leakage and discharge for certain civil aircraft. The test results show that the test equipment is stable and reliable, and the flight test method can accurately demonstrate the flammable liquid leakage and discharge.
Application of Wireless Network in Hospital Information Construction
Authors: Zhang Yongrui , Gao Jialin
Published: November 2018

The rapid development and wide application of wireless network technology have brought unprecedented opportunities to the reform of medical and health services in China. Many hospitals in China have widely applied wireless network technology to informatization construction of hospitals, mainly including wireless room inspection, wireless infusion, wireless nursing, telemedicine, and warehouse management. This has the advantages of being flexible, convenient, effective, and reliable, which is conducive to the comprehensive integration of hospital data and information, reducing the work pressure of medical personnel, improving medical diagnosis and quality of care, and promoting the development of China’s medical and health services. Wireless networks have made outstanding contributions in controlling medical defects and improving economic efficiency while improving work efficiency and reducing costs. However, there are still certain security risks in wireless networks. Only the safe and rational use of wireless network technology can ensure the hospital’s information security.
Design of Intelligent Monitoring System of Chicken House Environment Based on Single-chip Microcomputer
Authors: Du Qing , Miao Yanhua , Zhang Yunhui
Published: November 2018

In view of the problem that some chicken farms are susceptible to various bacteria and viruses due to poor breeding environment, this paper designs a chicken house environmental intelligent monitoring system based on single-chip microcomputer application to improve the chicken house environment. The system adopts STC89C52 single-chip microcomputer as the main control chip. The sensor collects information on the light intensity, temperature and humidity, and carbon dioxide concentration, and controls the exhaust fan and the illumination lamp, and the environmental parameters can be displayed on the display in real time.
Retracted article: Research and Application of Computer Control System Based on Complex Neural Network
Authors: Yang Rui
Published: November 2018

We take a zero tolerance to any situation where fraudulent research is published in our journals. As a result, this article has been retracted by the Publisher because it is suspected to be a nonsensical publication computer-generated by the program SCIgen.
Enterprise Credit Rating Based on Genetic Neural Network
Authors: Du Yulin
Published: November 2018

The genetic BP algorithm is used to modify and optimize the connection weights and thresholds of the neural network, which solves the problem that BP neural network has slow convergence speed and may fall into local minimum to a certain extent. The accuracy of rating indicates that the genetic neural network method is very suitable for enterprise credit rating.
Sci-tech Innovation, Financial Development and Economy Growth ——Empirical Analysis Based on Static and Dynamic Panel Data
Authors: Wei Rongrong , Yu Zhaopeng
Published: November 2018

The paper makes empirical analysis of the relationship between sci-tech innovation, financial development and economic growth in China’s Yangtze river economic belt by building panel data period fixed effect model of 11 provinces and cities in China’s Yangtze river economic belt from 2005 to 2015. Static panel analysis results show that financial development and sci-tech innovation in the east, middle and west of Yangtze river economic belt have significantly different effects on economic growth, the performance’s ordering of all provinces and cities in Yangtze river economic belt is east>middle>west; In system GMM(one-step),the ranking of financial development’s contribution to economic growth is financial development structure>financial development efficiency>financial development scale, financial development scale has lag effect on economic growth, and there is still much room for sci-tech innovation to drive economic growth.
The Application and Prospect of Mistika VR Video Stitching and Processing Software
Authors: Huang Cheng
Published: November 2018

Virtual reality technology (VR) is widely used in various industries, opening up a new form of sensory experience for human beings. VR video stitching is a kind of “work hard” like Rotoscope. But if someone can make this thing easier, it will definitely be welcomed, so Mistika VR comes into being.
Internet of Things Leads Wisdom Logistics
Authors: Sun Chunling
Published: November 2018

Intelligent Logistics has created a logistics park that integrates information display, electronic commerce, logistics distribution, warehouse management, financial pledge, park security, and customs bonded functions. This paper introduces the concept and structure of the Internet of Things, the key technology of the Internet of Things, the realization of the Internet of Things perception technology and the bottleneck of the development of the Internet of Things intelligent logistics.
Study on the Feasible Strategies of Overall Construction Project Management in the Ecological Industrial Community of Sustainable Development Based on Ecosystem Theory
Authors: Kao I-Chan
Published: November 2018

Taking Linhai Industrial Park contaminated by heavy industry in Kaohsiung, Taiwan as a case, this study analyzes the feasibility of promoting overall construction project management in industrial pollution community based on ecological theory. Aiming at the surrounding community environment of the industrial park, it summarizes the formative factors of overall construction project management in the community and the fields of ecological environment analysis, and proposes some feasible strategies such as promoting the overall construction of the community to construct the honor and value of “life community”, flipping the life image of heavy industrial community with art aesthetics, the cooperation of industrial circles, government departments, schools and non-governmental organizations to create a new community and integrating regional resources to improve the overall construction benefits of the community, so as to complete the objective of the overall construction project management of ecological industrial community as expected.
Research on Theme Park’s Space Design Based on Cognitive Map Theory: Take Taiji Lake Kung Fu City Theme Park of Wudang Mountains in Hubei as an Example
Authors: Zang Han , An Yong-gang , Pang Xiaolin
Published: November 2018

Under the background of the rise of the national theme park, the design connotation of the theme park, the scientific planning of landscape design and the design of the surrounding environment make the theme park more suitable for the aesthetics of tourists, enhance the satisfaction of tourists, and then improve the theme park. Overall quality. Taking Taiji Lake Kung Fu city theme park of Wudang Mountains in Hubei Province as an example, combined with the important influence of cognitive map theory on park planning, this paper analyzes the design of the Taiji Lake Kungfu City theme park through the five elements of the cognitive map city image, and the Kung Fu City theme park. The construction proposes targeted recommendations and effective design.
Average Method of Mixed Sampling Distribution Bayesian Model
Authors: Zhang Ying
Published: November 2018

Based on the study of Bayesian model average (BMA), this paper proposes to mix the prior distribution and sampling distribution to obtain the average method of the mixed sampling distribution Bayesian model overcoming the problem that traditional econometric modeling method does not explicitly consider the uncertainty of the model. If all the alternative models have the same parametric form, then the new Bayesian estimation will degenerate into the BMA estimator. The empirical results show that the method is better than Bayesian model average.
Some Oscillation Criteria for Higher-Order Neutral Emden-Fowler Delay Dynamic Equations on Time Scales
Authors: Sui Ying , Shi Yulong , Sun Yibin , Sun Shurong
Published: November 2018

New oscillation criteria are established for higher-order Emdn-Fowler dynamic equation
$ q(v)x^{\beta } (\delta (v)) + (r(v)(z^{{\Delta ^{{n - 1}} }} (v))^{\alpha } )^{\Delta } = 0 $
on time scales,
$ z(v): = p(v)x(\tau (v)) + x(v) $
Our results extend and supplement those reported in literatures in the sense that we study a more generalized neutral delay equation and do not require
$ r^{\Delta } (v) \ge 0 $
and the commutativity of the jump and delay operators.
Risk Assessment of Warship (Automatic) Navigation Plan Based on SVM
Authors: Song Hui
Published: November 2018

The automatic control of naval vessels is based on the navigational plan, and the navigational safety depends on the scientific nature of the plan, so the risk assessment of the navigational plan is very important. At present, the commonly used evaluation methods are too subjective. In this paper, an evaluation model based on support vector machine is proposed, and the empirical study is carried out with historical data. The results show that the evaluation model based on support vector machine has good self-learning ability and feature extraction ability, which can provide reference for the risk assessment of naval vessels.
Enhanced Field Electron Emission from Photocurrent Treated Nanostructured Indium Oxide Films
Authors: Li Zhenglin , Si Fuyuan , Wang Miaomiao , He Weigang , Zhang Yuwei
Published: November 2018

Field electron emission currents from nanostructured films always have unsatisfied stability. This paper introduces a photocurrent treatment technique to enhance the filed emission properties, and gives a kind of nanostructured indium oxide film suitable for the technique. The products were prepared on patterned ITO glass substrate by using chemical vapor deposition method. With the increase of reaction time, the morphologies of the films changed from cocoonlike particles to hybrid thin films, and finally flowerlike nanostructures were formed. Photocurrent and field electron emission characteristics of the products have been studied. After photocurrent treatment, the flowerlike indium oxide films show stable field emission current (fluctuation is less than 5%), low field emission threshold (at 7.5 V/m, the current density is 1 mA/cm2) and high enhancement factor of electrical field of 778. The field emission test results validated that the photocurrent treated flowerlike indium oxide films may act as electron emitters and applied in display applications.
The Analysis of the Influence Factors of China’s Outbound Tourism Market
Authors: Liu He
Published: November 2018

Outbound tourism gets special attention from tourism academic circles and tourism companies recently. And now China has become the world’s largest outbound tourism consumer. So this paper is written to research the influence factors of China’s outbound tourism market, providing reference for the study of China’s outbound tourism market. The literature study have found that the number of China’s outbound tourism related to the duration of their leisure trips, exchange rate, residents’ deposits and the number of tourism agency. By using of the econometric methods and R-studio, we build a multiple linear regression model. In the end, we get a conclusion by quantitative analysis of data and qualitative analysis of tourism’s law. We found that there are linear relations exists in logarithm of the number of China’s outbound tourism, the residents’ deposits ,the logarithm of duration of their leisure trips and the logarithm of number of tourism agency.
Research on Flipped Classroom and Micro Classroom in English Teaching
Authors: Luo Qingyuan
Published: November 2018

The teaching mode of flipped classroom and micro class has gradually entered the daily teaching of College English classes. The new teaching concept and teaching mode not only promote the reform of the teaching mode in College English course, but also improve the teaching quality of College English course. This paper makes a rational distribution of teachers’ tasks and students’ tasks through the integration of "network model" and "classroom model", and designs the interactive turnover mode in College English teaching practice, which can promote the application of Information Science Technology in College English teaching.
Disaster aesthetic: disaster social space in disasterthemed mural
Authors: Wahyono  , Prihatin Purwo , Prastawa Wisnu , Sumadi
Published: November 2018

Messages in a mural are delivered through the processing of visual elements embedded with symbols, signs, codes, and meanings. The messages delivered in the mural comprise both verbal and visual. The existence of murals created the concept of social space which includes important issues such as the theme of disaster. When the mural is associated with disaster mitigation efforts, the mural is expected to bring a great influence on the awareness of citizens. The mural is also expected as a monument that can urge citizens to stay alert to potential disasters. The research methodology is a descriptive-explanative method with a qualitative approach. This research aims to analyze and explain the causal relationships in the production of social space through a mural with the theme of disaster. The results show that the existence of disaster-themed mural can be included in three dimensions of social space production according to Lafebvre, namely spatial space where the social activities of artists in making the mural on the walls of the city that originally serves mere as a barrier. Mural in the middle of the city is a representation of space because the discourse used in producing social space is a social problem that exists around the mural space was created so that the meaning contained in the mural is able to represent.
The role of coconut plants in relation to disaster management in the tropical coastal regions
Authors: Rajendra IGN Anom , Sumariati Dw. Ayu Rai
Published: November 2018

This paper investigates the role of coconut plants growing in the tropical coastal regions in relation to disaster management. The presence of coconut trees on the beach is not solely as a part of landscape architecture but it can also be used as an option in emergency rescue in the occurrence of disaster or tsunami. For this purpose, the investigation was carried out through literature studies and documentation in data collection methods. Video documentation on the attacks of tsunami taking place in some parts of the world were important sources in collecting data. The results of the data collection were then analyzed into qualitative descriptive for verifying the roles of coconut plants in the emergency rescue. Although their roles may not be effective for children, elder and disable people, they are very useful for protection along the coast. The installation of the trees must not only be in public areas but also in private areas along the coast. Since the improvement of disaster management has to cover safety in all aspects, the result of this paper, therefore, may be useful for coastal planning and design guidelines.
On the use of a simple tuned mass damper model for reducing the excessive vibration of tsunami evacuation suspension footbridge
Authors: Ismail Febrin Anas , Tanjung Jafril , Aruan Syah Bintang
Published: November 2018

The suspension footbridges are commonly constructed in the rural area. The constructions method is relatively simple compared to other types of bridges, thus as consequence, the construction cost also becomes relatively cheaper. Therefore, the community-based construction may be applied to construct its type of the suspension footbridges. Unfortunately, due to their long span, slender and moderate weight, the footbridge construction has excessive vibration caused by the induce moving load such as pedestrian and motorcycle movements. This condition, however, will seriously unsafe when the footbridges are used for tsunami evacuating to the safe zone, such as in Padang city area. In this study, a simple Tuned Mass Damper (TMD) is proposed to reduce such kind of excessive vibration of the suspension footbridge mentioned above. The TMD is composed of the mass concrete and used the motorcycle or light car spring. The dynamic analysis by using the computer code based on the finite element method has shown the promising results. The excessive vibration of the analytical model of the suspension footbridge is significantly reduced. Its reduction is shown by the reduction of the vertical deformation of the suspension footbridge up to more than 90% compared to suspension footbridge without TMD. The type of suspension footbridge which using the current proposed TMD is recommended to be used in the tsunami-prone area such as for Batang Arau in Padang city.
Future flood management strategies in Indonesia
Authors: Junaidi Ahmad , Nurhamidah Nurhamidah , Daoed Darwizal
Published: November 2018

Rapid developments in the catchments, such as deforestation and loss of swamp areas, and in the city, such us sealing off unpaved areas have resulted in higher runoff and deteriorated the river’s conveyance capacity. Critical flooding conditions occur in the city, particularly during heavy rainfall and high tidal flow. Inundation can be characterized as river, tidal, flash and urban flood. A number of flood defense measures have been implemented, designed for return periods of 15 to 50 years, and nonstructural measures within communities who live in flood-prone areas. However, strategies consisting of both structural and nonstructural measures should be developed, upgrade current flood defense practices in Indonesia to a higher safety level, complying with a return period of 50 to 100 years. An integrated and holistic approach is necessary to find solutions for flood management problems in Indonesia. Besides, a regional Water Resources Management plan should be developed, taking into account both flooding and water scarcity issues. The study at hand describes various flood management strategies, each compiled on the basis of different starting points, such as structural measures, non-structural measures, environmental considerations, etc. The implementation of strategies, or separate measures, should focus on priorities for areas most frequently affected. On the short term, efficiency and low-cost measures should be implemented, such as flood forecasting and early warming and flood proofing. In addition, planning of mid and long-term measures should commence on short notice. In the mid-term, larger scale and sustainable measures should be implemented in order to reach a safe level with return periods of 50 to 100 years in the future. Finally, however involving stakeholders and the local communities in planning, development, and implementation of strategies and measures are of utmost importance.
The backup recovery strategy selection to maintain the business continuity plan
Authors: Faisal
Published: November 2018

Indonesia faces the risks of volcanic eruptions, earthquakes, floods and tsunamis, which destruct its land areas and also result in damage to client and server computer systems. The demand for the information technology availability and performance becomes high. Disaster recovery plan is designed to ensure the vital business processes continuation in the event a disaster occurs. The problem is how to make the best way in selecting backup recovery strategy based on the benefits to the cost ratio so as to minimize the business losses that will be caused by the failure of an application system. This research aims to make decisions that can help make certain parties take the best decision in choosing the backup recovery strategy for a business continuity plan in the Trilogy University. The research method used is the multi-criteria decision-making and analytical hierarchy process by using the expert choice software. From the research results can be concluded that the first order in backup strategy is hot standby option 59,4%, followed by cold standby option 23,3%, then the choice of warm standby option 17,4%. The data inconsistency rate is 0.02, smaller than 0.1 as the maximum value of inconsistency ratio.
The impact of society perception towards flood disaster incident response plan in Ledok Wetan village, Bojonegoro districts
Authors: Syafrudin Rizqi
Published: November 2018

One of the areas affected by the floods at the end of 2016 was Ledok Wetan village, Bojonegoro district, Bojonegoro regency. The location was very concave or lower than Bengawan Solo River. The purpose of this research is to investigate the influence of public perception about the flood disaster emergency response plan in Ledok Wetan, Bojonegoro district, Bojonegoro regency. This research was conducted in February - April 2017 located in Ledok Wetan Village, Bojonegoro, Bojonegoro District. The research method used was a quantitative method with the survey approach. The population in this research is all head of the family (KK) in Ledok Wetan, Bojonegoro (district), Bojonegoro Regency of East Java Province, which had 46 head of the family (KK). The sample we used just a simple random sampling method. Data analysis technique in this research using quantitative analysis, using the Statistical Product and Solution Program (SPSS) version 16.0. Data analysis technique used was Pearson Product Moment (PPM) technique Based on the results of the study, it can be concluded that there was an influence between the public perception of the flood disaster on the plan of emergency response of flood disaster. The results of analysis Pearson Product Moment obtained value (r) of 0.933 which means having a very strong relationship or influence. Based on the determinant coefficient (R), the figure is 87%. These results obtained information that theoretically the public perception of flood disaster was effected on the flood disaster emergency response plan.
Deforestation and the Sumatera elephant roaming area in East Aceh Regency
Authors: Kautsar Lady Hafidaty Rahma , Halil Amrih
Published: November 2018

Reduced forest or deforestation is widespread in East Aceh Regency for plantation, agriculture and settlement purposes. Forests in Sumatra, including in East Aceh Regency are Sumatran Elephant habitat (Elephas maximus sumatranus). However, encroachment resulted in this fauna threatened sustainability, whereas Sumatran elephants are endangered species protected by law both since Dutch colonialism, post-independence, and international regulations, and Sumatran elephants have an vital ecosystem role but are seen as a nuisance to the local economy in East Aceh Regency, so it is not electrocuted, killed and abused. This paper reviews the deforestation of the Sumatran Elephant in East Aceh Regency. The results of the study show that elephant roaming areas intersect with deforestation that occurred in East Aceh Regency. As an alternative local economy, there is still the potential of ecotourism with the mascot of the Sumatran elephant. Thus the Sumatran elephant is still able to be sustainable, and the forest as habitat is maintained.