http://www.loc.gov/mods/v3 http://www.loc.gov/standards/mods/v3/mods-3-2.xsd
Nanotechnology environmental health and safety
Front Cover; Nanotechnology Environmental Health and Safety; Nanotechnology Environmental Health and Safety: Risks, Regulation, and Management; Copyright; Contents; List of Contributors; Author Biographies; Foreword: Perspective on Responsible Development of Nanotechnology; Preface; 1 -- Precaution; 1 -- Nanotechnology Environmental Health and Safety-Learning From the Past, Preparing for the Future; TREND 1. 21ST CENTURY TECHNOLOGY DEVELOPMENT REQUIRES INNOVATIVE GOVERNANCE SOLUTIONS; TREND 2. MORE EFFECTIVE TOOLS ARE NEEDED TO ENHANCE THE DATA-TO-DECISION PROCESS
TREND 3. DECISIVE EMERGENCY MANAGEMENT STRATEGIES ARE NEEDED FOR EMERGING TECHNOLOGIESTREND 4. INVESTMENTS IN INFRASTRUCTURE HELP PROPEL RESPONSIBLE RESEARCH AND INNOVATION; TREND 5. CONSUMER INTERACTIONS WITH NANO AND OTHER EMERGING TECHNOLOGIES ARE LIKELY TO INCREASE; TREND 6. LESSONS LEARNED FROM NANO CAN INFORM EHS RISK ASSESSMENT, MANAGEMENT, AND REGULATION OF OTHER EMERGING TECHNOLOGY ... ; REFERENCES; 2 -- Lessons From 10 Years of Nanotechnology Bibliometric Analysis; 2.1 BACKGROUND; 2.2 RESEARCH CONTRIBUTIONS; 2.3 LESSONS LEARNED; REFERENCES
3 -- Nanotechnologies: The Catalyst for Responsible Research and Innovation3.1 INTRODUCTION; 3.2 THE RISE OF RESPONSIBLE RESEARCH AND INNOVATION; 3.2.1 THE PRERESPONSIBLE DEVELOPMENT DAYS; 3.2.2 RESPONSIBLE DEVELOPMENT-ITS EMERGENCE IN THE 2000S (PHASE 1); 3.2.3 RESPONSIBLE DEVELOPMENT AND ITS EVOLUTION TO RRI IN THE LATE 2000S (PHASE 2); 3.2.4 ACADEMIC UNDERSTANDING OF RESPONSIBLE RESEARCH AND INNOVATION; 3.3 KEY RESPONSIBLE RESEARCH AND INNOVATION INITIATIVES; 3.3.1 EUROPEAN COMMISSION CODE OF CONDUCT; 3.3.2 RESEARCH FUNDING PROGRAMS; 3.4 RESPONSIBLE RESEARCH AND INNOVATION TODAY
3.4.1 HUMAN COGNITIVE ENHANCEMENT3.4.2 INFORMATION AND COMMUNICATION TECHNOLOGY; 3.4.3 NEUROTECHNOLOGIES; 3.5 THE FUTURE OF RESPONSIBLE RESEARCH AND INNOVATION: EU AND BEYOND; REFERENCES; 2 -- Progress; 4 -- Characterization of Nanomaterials for NanoEHS Studies; 4.1 INTRODUCTION1; 4.2 MORPHOLOGY; 4.2.1 SELECTING MEASUREMENT TECHNIQUES; 4.3 CHEMICAL COMPOSITION; 4.4 STANDARD REFERENCE MATERIALS AND METHOD STANDARDS; 4.5 INCIDENTAL NANOPARTICLES AND NANOPARTICLE CYCLES UNDER RELEVANT CONDITIONS; 4.6 ADVANCED MEASUREMENT TECHNIQUES; 4.7 ROUTINE ANALYSIS; 4.7.1 RESEARCH APPLICATION
4.7.2 INDUSTRY APPLICATION4.8 REPORTING RECOMMENDATIONS; 4.9 CONCLUSIONS; REFERENCES; 5 -- A Nanoinformatics Approach to Safety, Health, Well-Being, and Productivity; 5.1 INTRODUCTION; 5.2 COMPONENTS OF INFORMATICS-BASED DECISION MAKING; 5.2.1 A COMMUNICATION AND EDUCATION MESSAGE AND AUDIENCE-PLANNING MATRIX; 5.2.2 THE ANTICIPATE, RECOGNIZE, EVALUATE, CONTROL, AND CONFIRM DECISION-MAKING FRAMEWORK AND PROCESS; 5.2.3 THE HIERARCHY OF CONTROLS; 5.2.4 A SET OF CLEAR COMMUNICATION ASSESSMENT CRITERIA; 5.2.5 STEPS TO AVOID FLAWS IN DECISION-MAKING
[edited by] Matthew S. Hull, Diana M. Bowman.