نوشتن دفترچه آزمایشگاه (انتشارات انجمن شیمی آمریکا)

Describes In General How Scientists Can Use Handwritten Research Notebooks As A Tool To Record Their Research In Progress, And In Particular The Legal Protocols For Industrial Scientists To Handwrite Their Research In Progress So They Can Establish Priority Of Invention In Case A Patent Suit Arises. The Reasons For Notekeeping : An Overview -- The Hardware Of Notekeeping : Books, Pens, And Paper -- Legal And Ethical Aspects : Ownership, Rights, And Obligations -- Management Of Notekeeping : Practices For Issuance, Use, And Storage Of Notebooks -- Organizing And Writing The Notebook : Be Flexible -- Examples Of Notebook Entries -- Patents And Invention Protection -- The Electronic Notebook -- Appendix A : Some Suggestions For Teaching Laboratory Notekeeping -- Appendix B : Photographs From The Historical Notebooks Of Famous Scientists. Howard M. Kanare. Includes Index. Includes Bibliographies. The purpose of this book is to teach the principles of proper scientific notekeeping. The principles presented in this book are goals for which working scientists must strive. Chapter 1, "The Reasons for Notekeeping," is an overview of the process of keeping a laboratory notebook. Chapter 2, "The Hardware of Notekeeping," is intended especially for the laboratory manager, purchasing agent, or school administrator who is responsible for specifying and obtaining laboratory notebooks, writing paper, and pens. The information that is included will also be valuable to librarians, archivists, record managers, and any scientist who is concerned about the permanence of written records. Chapter 3, "Legal and Ethical Aspects," discusses the ownership, rights, and obligations of the scientist and the employer, both in the university and industry. Chapter 4, "Management of Notekeeping," describes practices for issuance, use, and storage of notebooks. Chapter 5, "Organizing and Writing the Notebook," emphasizes the importance of being flexible and clear in writing. Chapter 6, "Examples of Notebook Entries," provides examples of the proper method of entering a variety of laboratory notes. Chapter 7, "Patents and Invention Protection," examines how the notebook is used to help secure patents and invention protection. Chapter 8, "The Electronic Notebook," summarizes the advantages and disadvantages of traditional, handwritten notekeeping systems and computer-based systems. Some suggestions for teaching laboratory notekeeping and photographs from the historical laboratory notebooks of famous scientists are appended. (KR) Discusses the vital aspects of how to make a proper and permanent record of research work. Goes beyond the mechanical of simply filling in the notebook pages with details on the skills needed to create proper records of research, observations, and results. Helps to increase awareness of what is being done in the lab and to develop a flexible style of notekeeping that will serve a variety of research environments. Discussing the vital aspects of how to make a proper and permanent record of research work, observations, and results, this work helps to increase awareness of what is being done in the lab, and to develop a flexible style of notekeeping to serve a variety of research environments.