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Dr. Urmila Diwekar - Vishwamitra Research Institute

Second, the final rule clarifies that fuels derived from fossil fuel are within the scope of the ELGs. The previous ELGs stated, in part, that they apply to discharges resulting from the generation of electricity “which results primarily from a process utilizing fossil-type fuels (coal, oil, or gas) or nuclear fuel. . . .” . Because a number of fuel types are derived from fossil fuels, and thus are fossil fuels themselves, the final rule explicitly mentions and gives examples of such fuels. Thus, the rule reads that the ELGs apply to discharges resulting from the operation of a generating unit “whose generation results primarily from a process utilizing fossil-type fuel (coal, oil, or gas), fuel derived from fossil fuel (e.g., petroleum coke, synthesis gas), or nuclear fuel. . . .”

Instructional Goals and Objectives
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Cognitive objectives are designed to increase an individual's knowledge. Cognitive objectives relate to understandings, awareness, insights (e.g., "Given a description of a planet, the student will be able to identify that planet, as demonstrated verbally or in writing." or "The student will be able to evaluate the different theories of the origin of the solar system as demonstrated by his/her ability to compare and discuss verbally or in writing the strengths and weaknesses of each theory."). This includes knowledge or information recall, comprehension or conceptual understanding, the ability to apply knowledge, the ability to analyze a situation, the ability to synthesize information from a given situation, the ability to evaluate a given situation, and the ability to create something new.

Writing Instructional Goals and Objectives

2,5-dimethyl pyrazine, 123-32-0 - The Good Scents …
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For the reasons described above, during development of the NPDES permit for the steam electric power plant, the permitting authority should provide notification to any downstream drinking water treatment plants of the discharge of bromide. EPA recommends that the permitting authority collaborate with drinking water utilities and their regulators to determine what concentration of bromides at the PWS intake is needed to ensure that levels of bromate and DPBs do not exceed applicable MCLs. The maximum level of bromide in source waters at the intake that does not result in an exceedance of the MCL for DBPs is the numeric interpretation of the narrative criterion for protection of human health and may vary depending on the treatment processes employed at the drinking water treatment facility. The permitting authority would then determine the level of bromide that may be discharged from the steam electric power plant, taking into account other sources of bromide that may occur, such that the level of bromide downstream at the intake to the drinking water utility is below a level that would result in an exceedances of the applicable MCLs for DBPs. In addition, applicants for NPDES permits must, as part of their permit application, indicate whether they know or have reason to believe that conventional and/or nonconventional pollutants listed in Table IV of Appendix D to , (which includes bromide), are discharged from each outfall. For every pollutant in Table IV of Appendix D discharged which is not limited in an applicable effluent limitations guideline, the applicant must either report quantitative data or briefly describe the reasons the pollutant is expected to be discharged as set forth in l(g)(7)(vi)(A), made applicable to the States at (a)(4).

Ralph Waldo Emerson noted that "a man who seldom rides, needs only to get into a coach and traverse his own town, to turn the street into a puppet-show." [9] While observing the puppet-show of life gives a dramatic amount of insight into humanity, it provides only a sensory glance at the world around us. Intellectual discourse can serve to fill in the gaps between peculiar cultural norms and the richness of society. This discourse is found in the newspapers, magazines, and books around the world; the written word contains a magical wealth of knowledge that is waiting for be turned into Wisdom. In the same way that a story helps move structured information from information to knowledge, the act of reading can allow for the synthesis of knowledge into a world outlook.

2,3,5-trimethyl pyrazine, 14667-55-1 - The Good Scents …

Economics of global warming - Wikipedia
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Dr. Urmila M. Diwekar is the president and founder of the Vishwamitra Research Institute, a non-profit research organization. From 2002-2004, she was a full Professor in the Departments of Bio, Chemical, and Industrial Engineering and the Institute for Environmental Science and Policy, University of Illinois at Chicago (UIC). She was the first woman full professor in the history of UIC's department of chemical engineering. From 1991-2002 she was on the faculty of the Carnegie Mellon University (CMU), with early promotions to both the Associate and Full Professor levels. In chemical engineering, she has worked extensively in the areas of simulation, design, optimization, control, stochastic modeling, and synthesis of chemical processes. Dr. Diwekar has made major contributions to research on batch distillation including authoring the first book on batch distillation and this work is well recognized. Uncertainties are inherent in real world processes. Recognizing this fact, Dr. Diwekar started working in 1991 on stochastic modeling, efficient methods for uncertainty analysis, and optimization under uncertainty. These led her to productive contributions in fields as diverse as advanced power systems, sustainability, environmental management, nuclear waste disposal, molecular modeling, pollution prevention, and financial option theory. The interdisciplinary nature of the field developed into several research collaborations and in 1999 she founded the Center for Uncertain Systems: Tools for Optimization and Uncertainty (CUSTOM) to foster interactions between various industries, national laboratories and various academic disciplines. Recently, she has completed second edition of her breadth level book on Applied Optimization that is discipline independent. Besides these two text/reference books, she has written number of book chapters and edited a book on tools and methods for pollution prevention, and conducted workshops. Dr. Diwekar is the author of more than 100 peer-reviewed papers, and over 150 presentations and seminars. She has chaired numerous conferences and sessions in national and international meetings. She has served as a member of the executive committee, and later as a Director of both the Computers and Systems Analysis (CAST) division and the Environmental division of the American Institute of Chemical Engineers (AIChE). She was the programming chair for the newly formed Sustainable Engineering Forum. Besides academic research, she is the author of two commercial software packages (BdistSimOpt, Batch Process Technologies, W. Lafayette, IN, and MultiBatchDS, BPRC Inc., Allison Park, PA), has served as a consultant to more than 20 companies. During the past ten years, Dr. Diwekar has received grant support from the National Science Foundation, the Sandia National Laboratory, the National Renewable Energy Laboratory, the National Energy Technology Laboratory, the Los Alamos Laboratory, the Environmental Protection Agency, the Pennsylvania Infrastructure Technology Alliance, Ford Motor Co., Mallinckrodt Chemicals, and BOC Gases. She is a Fellow of American Institute of Chemical Engineers.

The process of design depends on the success of two highly generative (and therefore seemingly subjective) stages: design synthesis and ideation. These phases, while delineated in design subject matter as separate stages with discrete boundaries, in fact flow and intersect over and over throughout the generative stages of artifact creation. They are driven by contextual research, and they produce design solutions with formal resonance, but these stages are the "magic" of Design, and it is thus necessary to better understand what occurs during these phases of creation.

This course introduces the principles of animation through a variety of animation techniques
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Managing Instructional Time - ASCD

Therefore, a second principle of making meaning out of data is to use basic visual design to begin to clean up the mess. This requires a sense of attention to detail, and craft, and patience. Designers can begin to build uniformity out of the physical structure of artifacts on the walls by using a consistent layout, by squaring off corners, and by rewriting key points in clear and crisp writing. Because the content is always in flux during the period of synthesis, a "cleanup sweep" is necessary several times throughout the process.

Voice Extensible Markup Language (VoiceXML) Version …

The agreement establishes an outline for the two agencies to cooperate on projects to improve technologies and procedures for nuclear materials control and accounting; implement advanced nuclear materials containment and surveillance systems; and enhance the physical protection of nuclear materials and facilities.July 21, 2006
The Department's Oak Ridge National Laboratory that researchers at the lab and the University of Tennessee have developed synthetic bone graft material that mimics the way bone grows in the body.

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