Scholarly Publishing

通过创建一个更可持续和公平的学术出版系统，向全球观众推广学院奖学金.

The Trinity College Digital Repository is 10 Years Old! Celebrating faculty scholarship by the numbers:

Why Open Access?

开放获取(OA)是学术出版利益相关者越来越普遍的最终目标，对于Trinity的作者来说，以OA方式出版的好处是显著的:

• OA works are more easily discoverable and cited more often, which raises the visibility of Trinity scholarship.
• 确保信誉最好的网投十大平台的研究广泛可及，符合信誉最好的网投十大平台对全球参与和对公平的承诺的关注.
• 我们今天对可持续学术出版模式的共同投资，将确保下一代信誉最好的网投十大平台的学生能够继续获得他们所需的信息. 
• 开放获取允许教师更快速、更轻松地与同事联系和协作, increasing their effectiveness and scholarly impact. 

How to publish work as Open Access and unlock your scholarship

New! 三一图书馆以多种方式支持开放获取出版计划. 我们还订阅了一些出版商，他们将放弃APC为三一作者. Find out more. 

Best

• Submit your work to a Diamond Open Access journal. Diamond OA does not require Authors to pay to publish, nor does it require subscriptions to read, resulting in a more equitable publishing system. 这些期刊通常是由非营利组织独立资助的, libraries, academic societies, and other investors. Go to doaj.org 并将搜索限制在不收取APC费用的期刊上，以查找Diamond OA出版物的简短列表. 

Better

• Publish your work for free in the journal of your choice, but deposit a post-print (author’s manuscript) copy in the Trinity College Digital Repository, which provides free web access beyond Trinity. 许多期刊出版商允许作者将同行评议后的文章手稿副本上传到其机构的存储库. 通过开放获取“政策”或“决议”的学院和大学通常会推广这种开放获取出版方法. You can look up your publisher’s policies by searching the Sherpa/Romeo database.  then submit your work directly to the Digital Repository.

Acceptable

• Submit the work to an Open Access journal (Gold OA). 通常，你需要支付文章处理费(APC)来发表文章. Use the Sherpa/Romeo database or the Directory of Open Access Journals 为你的学科找到信誉良好、同行评议的开放获取出版商.

Submitting the work to a hybrid journal will make your work OA, 但这给学术机构带来了额外的开支. Many journals from the big publishers are hybrid, 根据作者是否支付了APC，期刊卷中的内容可以是付费的，也可以是开放获取的. 同时拥有作者资助开放获取和付费内容的期刊意味着同一机构可以为期刊文章支付两次费用. This model is the least sustainable.

你也可以尝试提前与你的期刊或专著出版商协商，以保留你的版权. Read more about this from SPARC and use their Author Addendum with publishers.

Learn more

Review this bibliography of selected readings 关于开放获取和目前使用的财务模型中一些固有的公平问题, particularly the author-pays model.

DEI in Scholarly Communication from University of California. 在学术出版中探索和采取DEI问题的资源. 

Resources for publishing and discovering OA works:

Faculty publications recently added to the Digital Repository

信誉最好的网投十大平台的机构库是一个数字档案，展示并提供信誉最好的网投十大平台社区成员的学术和创造性作品. Works in the Repository are open to anyone on or off campus, resulting in increased readership and visibility.

• Taxonomic addendum [includes eight new species descriptions]
  by Gary W. Saunders et al.
• 在奔跑中:随机事件的意外结果
  by Mark P. Silverman
  当所谓的随机过程产生令人惊讶的非随机结果时, how can one tell whether the process are truly random? One way exploits the relatively little-known method of runs. 我们讨论了引起我们注意的令人困惑的概率问题, 我们的实验测试随机过程产生(a)数值算法, (b) […]
• Australasian Lophothamnion J.Agardh在基因上与Pleonosporium Nägeli (Wrangeliaceae)一致, Spongoclonieae): new species from the western Atlantic
  by Craig W. Schneider et al.
  During a genetic analysis of western Atlantic Wrangeliaceae J.与Lophothamnion J .属密切相关的标本.Agardh属于一个分支，包括先前描述的Pleonosporium Nägeli的属型, causing us to subsume the former genus. Two new species are described, P. novae-angliae G.W.Saunders & C.W.Schneider, sp. nov. for specimens from southern New […]
• Reinstatement of Ceramothamnion H.Richards(1901)，新描述的Stirkia(陶瓷科，红水螅目)的替代名称。
  by Michael J. Wynne et al.
• 纠正一个历史疏忽:红杜鹃花科, 红藻属)存在于北美东北部植物区系
  by Craig W. Schneider et al.
• Lectotypification of Iridaea lacera Postels & Ruprecht, Kallymeniopsis Perestenko - ex Skriptsova属基名 & Semenchenko (Kallymeniaceae, Rhodophyta)
  by Craig W. Schneider et al.
• Character amenability of vector-valued algebras
  by Terje Hill et al.
  设{Ax:x∈x}是由紧Hausdorff空间x索引的复Banach代数的集合. 研究了Ax值函数的代数A与Ax的特征适应性的关系.
• 引力诱导粒子吸收进入真空:黑洞坍缩问题的通解[预印本]
  by Mark P. Silverman
  引力诱导粒子产生的过程(霍金辐射), if it exists, necessitates, in accordance with general thermodynamic principles, 相应的重力诱导粒子吸收到真空中的过程. 虽然前一过程发生在物质密度相对较低的史瓦西表面的外部附近, the latter process would be expected to occur […]
• 超越钱德拉塞卡质量极限的相对论性简并恒星的量子稳定
  by Mark P. Silverman
  相反，人们普遍认为，一颗耗尽核燃料的简并恒星会, if sufficiently massive, 不断地坍缩到空间中的一个奇点(除非在普朗克长度的尺度上，某种未知的量子引力过程阻止了收缩), I present a heuristic argument, based on […]
• 暗物质作为宇宙玻色-爱因斯坦凝聚物和可能的超流体[预印本]
  by Mark P. Silverman et al.
  由中性标量场与重力耦合的自发对称破断产生的暗物质由超低质量玻色子组成，其玻色-爱因斯坦凝聚温度远高于当前的背景温度. 假设星系晕是由天文范围的玻色-爱因斯坦凝聚物组成的, we calculate the condensate coherence length, transition temperatures, mass distribution, and orbital […]