44,597 research outputs found
Low emissions development in large-scaled farm in China
No full text"Low emissions development in large-scaled farm in China" was presented by Dr. Wei Wang and Prof. Shengli Li at the Kick-off meeting on "Piloting and scaling of low emission development options in large scale dairy farms in China" on September 28th, 2020
Data file for the paper: Jun Wu, Peng Li, Andres Parra-Puerto, Shuang Wu, Xiaoqian Lin, Denis Kramer, Shengli Chen, Anthony Kucernak, "Controllable heteroatom doping effects of CrxCo2-xP Nanoparticles: A Robust Electrocatalyst for Overall Water Splitting in Alkaline Solutions"
No full textThe data in this spreadsheet was used to produce the figures in the paper
Authors:Jun Wu,Peng Li,Andres Parra-Puerto,Shuang Wu,Xiaoqian Lin,Denis Kramer,Shengli Chen,Anthony Kucernak
Title:Controllable heteroatom doping effects of CrxCo2-xP Nanoparticles: A Robust Electrocatalyst for Overall Water Splitting in Alkaline Solutions
Journal:Acs Applied Materials & Interfaces
DOI: 10.1021/acsami.0c10441
Please cite the above reference if you wish to use this data
DOI of this data:10.5281/zenodo.406785
Assessment of Self-Archiving in Institutional Repositories: Depositorship and Full-Text Availability
No full textThis research evaluates the success of open access self-archiving in several well-known institutional repositories. Two assessment factors have been applied to examine the current practice of self-archiving: depositorship and the availability of full text. This research discovers that the rate of author self-archiving is low and that the majority of documents have been deposited by a librarian or administrative staff. Similarly, the rate of full-text availability is relatively low, except for Australian repositories. By identifying different practices of self-archiving, repository managers can create new strategies for the operation of their repositories and the development of archiving policies
Study on co-pyrolysis behavior of Shengli lignite and cron staw
No full textThe co-pyrolysis performance of coal and biomass was studied and the influences of corn straw on Shengli lignite pyrolysis were discussed in this paper. The results show that corn straw has much higher activity and lower char yield than Shengli lignite during pyrolysis process. Release of moisture in blends were more occur than individual pyrolysis of Shengli lignite and corn straw. Weight loss of experimental value was lower than that of calculated value in blends. The pyrolysis process of Shengli lignite was remarkably affected by adding corn straw. There exists positive synergistic effect between Shengli lignite and corn straw in co-pyrolysis process. Corn straw could reduce the pyrolysis activation energy of SL dramatically above 350 oC
Information Literacy and Librarian-Faculty Collaboration: A Model for Success:
No full textIn the age of information explosion and technological advancement, issues of information storage, organization, access, and evaluation have become necessarily important in our societies. Addressing issues of information literacy and designing how they can be best integrated in students' learning process are of critical importance. Library professionals in the United States, particularly in the academia, have realized the importance of information literacy and have attempted in various ways to address these issues. The ultimate goal is to make information literacy an integral part of the academic curriculum, thus helping students to succeed not only during their years in college but also for their lifelong career choices. This article will look at ways of how information literacy can best be incorporated into students' academic experience, and how this process can make students' learning meaningful and successful. Specifically, the author will examine the model of librarian-faculty collaboration in integrating information literacy into the curriculum, as demonstrated in the Ohio Five Colleges' Information Literacy Program.Publisher version of this article is available at: http://www.white-clouds.com/iclc/cliej/cl24.ht
Progress and prospect of high-efficient development technologies for Shengli beach-shallow sea oilfields
No full textShengli beach-shallow sea oilfields are located at the junction of sea and land， with Chengdao Oilfield and Xinbei Oilfield as representatives. They have the characteristics of diverse reservoir types， complex ground conditions， and significant investments in ocean engineering facilities， so it is difficult to develop beneficially. Based on the development practice of the Shengli beach-shallow sea oilfield， this paper focused on the technical achievements since the “11th Five-Year Plan.” The efficient development technologies for characteristic Shengli beach-shallow sea oilfields were formed through continuous technical research， with the cores of subdivision and comprehensive adjustment of beach-shallow sea oilfields， overall injection and production regulation of beach-shallow sea oilfields， efficient development of offshore oil production， effective utilization of beach-shallow sea marginal oilfield， and development of complex fractured buried hill oil reservoir. The first beach-shallow sea oilfield of four million tons， Chengdao Oilfield， was built in China， realizing the crossing from land to sea. The challenges in the efficient production construction in the new area and the technical support of enhanced oil recovery in the mature area were clarified by analyzing the problems facing the high-quality development of the beach-shallow sea oilfield. By considering the important position for the continuous production of Shengli Oilfield， the development direction of “fewer wells， high yield， high speed， and high efficiency” was proposed to alleviate the contradiction between the production demand and low grade of unproduced reserves， as well as the stable production foundation and restrictive liquid production in the mature area faced by the beach-shallow sea oilfield in the future. In other words， it is necessary to continue to study critical technologies， such as the beneficial utilization of multiple oil and gas reservoirs in beach-shallow sea， the reconstruction of secondary well pattern under the “3 + 2” development mode based on platform intensification， and the intelligent injection and production control based on a big model， to support the high-quality and sustainable development of Shengli beach-shallow sea oilfield
Development technology progress of heavy oil reservoirs in Shengli Oilfield
No full textIn view of the geological characteristics and development contradictions of different types of heavy oil reservoirs in Shengli Oilfield， a set of development technologies for heavy oil reservoirs have been developed， and remarkable development achievements have been obtained. In this paper， the progress of development technologies for different types of heavy oil reservoirs was summarized in the theoretical basis and the field application. For heavy oil reservoirs after many rounds of huffing and puffing， the well pattern infilling technology was formed based on the non-Darcy flow theory. For sensitive heavy oil reservoirs， the adverse impact of water sensitivity on development was reduced based on the proposed theory of near heat and remote prevention. For extra-heavy oil reservoirs， HDCS technology was applied through the synergistic viscosity reduction and energy enhancement due to the expansion to solve the development problem of difficult injection and production. For inefficient water-flooding heavy oil reservoirs， the flow lines of infilled corner wells and water wells were changed by turning to steam flooding to enhance oil recovery. For deep heavy oil reservoirs， the multi-thermal composite oil displacement theory was formed， and deep heavy oil reservoirs were effectively produced based on the understanding of the synergistic interaction mechanism of gas-heat synergy for heat retention and enhancing steam chamber， heat-agent synergy for replacing viscosity reduction and improving flooding， and gas-agent synergy for thermal front equilibrium. For thin heavy oil reservoirsthe steam absorption capacity and production ranges were improved through the thermal and horizontal well composite development model. For shallow extra-heavy oil reservoirs， HDNS technology was used to enhance the energy， reduce viscosity， and expand the spread， realizing efficient development. The application of development technologies for heavy oil reservoirs in Shengli Oilfield provides technical support for the beneficial development and green development of heavy oil in Shengli Oilfield
Factors to Assess Self-Archiving in Institutional Repositories
No full textThis paper proposes a group of factors that may be used to assess the success of open access self-archiving. It concentrates on self-archiving in institutional repositories. The authors emphasize the importance of examining content materials, particularly the availability of full text versus abstracts and the deposits archived by authors versus by others.Peer reviewe
Applying the NISO Metasearch Initiative Scheme to Enhance E-Resources Management at Rutgers University Library
No full textThis paper discusses problems in the management of library e-resources and attempts to identify potential solutions to the problems. By describing an e-resources enhancement project taken by Rutgers University Libraries, this paper points to the importance of providing contextually-rich metadata and reorganizing the accessibility of e-resources on a library’s website. It introduces how this Rutgers project adopted the National Information Standards Organization Metasearch Initiative to support the identification of appropriate e-collections for metaseaching. The outcomes of the project have facilitated a dynamic display of relevant e-resources to library users as an effective way of automatic access to library e-collections.Peer reviewe
A Metadata Manager's Role in Collaborative Projects: The Rutgers University Libraries Experience
No full textPurpose – This article discusses the roles and responsibilities of a metadata manager in collaborative digital projects.
Methodology – It describes the general requirements for metadata management, and introduces some scenarios in the practices of digital projects by the Rutgers University Libraries to support the generalized definition. A workflow of metadata management is illustrated.
Practical implications – With an explicit definition of the roles and responsibilities of the metadata manager, many other digital libraries that need to develop a new or optimize the existing workflow may find the Rutgers experience useful as reference.
Originality – Very few articles have explored this topic although the functions of metadata in the development of digital projects have been talked extensively.Peer reviewe
- …
