zilongwang/ReadingBank huggingface dataset:
Grant agreement model for Erasmus+ studies and/or traineeships within Programme Countries [This template can be adapted by the sending HEI, but the content of the template are minimum requirements. Blue code: directions for HEIs that should be deleted; yellow code: HEI to select or edit as applicable] Full official name of the sending institution Erasmus Code of the sending institution Address of the sending institution in full: Called hereafter "the institution", represented for the purposes of signature of this agreement by [name, forename and function], of the one part, and Mr/Mrs/Ms [Student name and forename] Date of birth: Nationality: Address: [official address in full] E-mail: Sex: [M/F] Academic year: 20../20.. Subject area/degree in sending institution: Code: code] Number of completed higher education study years: Student with: A financial support from Erasmus+ EU funds A zero-grant A financial support from Erasmus+ EU funds combined with zero-grant The financial support includes: Special needs support Financial support to student with children [For all participants receiving financial support from Erasmus+ EU funds, except those receiving ONLY a zero-grant from EU funds]. Called hereafter “the participant”, of the other part, Have agreed to the Special Conditions and Annexes below which form an integral part of this agreement ("the agreement"): Annex I Institution to select: Learning Agreement for Erasmus+ mobility for studies/ Learning Agreement for Erasmus+ mobility for traineeships/Learning Agreement for Erasmus+ mobility for studies and for traineeships] Annex II General Conditions Annex III Erasmus Student Charter The terms set out in the Special Conditions shall take precedence over those set out in the annexes. [It is not compulsory to circulate papers with original signatures for I of this document: scanned copies of signatures and electronic signatures may be accepted, depending on the national legislation.] SPECIAL CONDITIONS
points and the arrival and departure times from such points shall be indicated in the timetable filed with the Commission. No passengers shall be transported except those having a point of origin or destination as described in Section II. This certificate does not authorize the holder to conduct any operation on the property of any airport unless such operation is authorized by the airport authority involved. Stop points established by the carrier to load and discharge passengers shall conform to all applicable parking or passenger loading zone regulations adopted by local authorities. Appendix PSC-36670 Saigon Express Original Page 3 (a California corporation) SECTION II. SERVICE AREA. Points in the cities of San Diego, Westminster, Cerritos, San Gabriel, San Jose, Oakland, and San Francisco. SECTION III. ROUTE DESCRIPTIONS Commencing from any point described in Section II, then over the most convenient streets and highways to any other point in Section II.
14. Recordkeeping. Partner shall maintain copies of all required environmental permits, licenses, registrations, regulatory approvals, waste manifests, laboratory analyses, reports, plans, compliance records, KSC Environmental Checklists, and regulatory notifications on-site and make them available for review by NASA upon request. 15. NASA Compliance Inspections. Partner shall allow NASA personnel full access to conduct internal inspections of all facilities, systems, materials, records, and wastes for environmental compliance. NASA will normally enter HB2 during regular business hours and will normally give Partner at least twenty-four (24) hours prior notice of its intention to do so, unless NASA determines less than twenty-four (24) hours prior notice is required to respond to environmental concerns. Partner shall attend all inspections. Partner shall deliver corrective action responses for all identified violations, findings, and deficiencies to the inspector by the due date in the inspection letter. Partner shall be responsible for immediately correcting all violations, findings, and deficiencies identified in the inspection letter at Partner’s expense. 16. Requirements Communication. Partner shall ensure that all environmental compliance requirements as defined in this Article are communicated to all developers, contractors, partners, and facility owners. 17. Allowed Uses at HB2. Partner shall be liable for any environmental contamination, and any noncompliance with environmental requirements including all associated penalties and/or fines resulting from activities by Partner or its related entities, regardless of NASA’s consent to such activities, and all such activities shall be deemed Agreement Activities. 18. Cancellation of Permits & Registrations. Upon termination of this Agreement, Partner shall cancel all of the permits/registrations/licenses it holds, remove permitted/registered equipment, and vacate HB2 in accordance with this Agreement. If a Partner’s activity is incorporated into a NASA held permit, NASA will decide if the permit should be modified to remove Partner’s activity. 19. Agreement Termination Inspection. Upon termination of this Agreement, NASA environmental staff shall perform a facility walk-down with Partner personnel to ensure the removal of all hazardous materials and the proper closure of regulated activities and equipment.
DIMENSIONAL REQUIREMENTS IN INCHES A (RANGE) B (RANGE) C (RANGE) D (RANGE) E (RANGE) F (RANGE) G (RANGE) H 4 ft Bench 54 (53-55) 34 (33-35) 62 (61-63) 46 (45-47) 25 (24-26) 28 (27-29) 92 (88 -97) 28 (27-35) 6 ft Bench 78 (77-79) 34 (33-35) 62 (61-63) 70 (69-71) 25 (24-26) 28 (27-29) 92 (88 -97) 28 (27-35)
NOT TO SCALE DIMENSIONAL REQUIREMENTS IN INCHES A (RANGE) B C (RANGE) D E F (RANGE) 4 ft 58 (57-59) 33 (32-34) 77 (76-88) 48 (47-49) 21 (20-22) 33 (32-44) 5 ft Bench 70 (69-71) 33 (32-34) 77 (76-88) 60 (59-61) 21 (20-22) 33 (32-44)
UNIVERSITY OF WISCONSIN-MADISON SPECIFICATION UW-MDN-11-LATS-2015 SINGLE SIDE ACCESSIBLE CLEAN ANIMALTRANSFER STATION A ALONE WORK ENCLOSURE DESIGNED FOR ISO CLASS 5 PRODUCT PROTECTION WORKZONE AIRFLOW IS PARTIALLY RECIRCULATED AND THE REMAINING PORTION SIMULTANEOUSLY DISCHARGED INTO THE ROOM ATMOSPHERE AIR RECIRCULATED SPECIFICATION OUTLINE 1.0 SCOPE, OBJECTIVE, CLASSIFICATION, INNOVATIVE DESIGN, DEFINITIONS 1.1 Scope 1.2 Objective 1.2.1 Noncompliance 1.3 Classification 1.3.1 Sizes 1.3.2 1.4 Innovative Design 1.5 Definitions 2.0 APPLICABLE DOCUMENTS 2.1 Specifications and Standards International Standards National Standards Federal Specifications Federal Standards Military Specifications Military Standards 2.2 Other Publications Air Moving and Conditioning Association (AMCA) American National Standards Institute, Inc. (ANSI) Illuminating Engineering Society (IES) National Electrical Code (NEC) Underwriters Laboratories (UL) United States Atomic Energy Commission (AEC) Canadian Standards Association (CSA) Institute of Environmental Sciences and Technology (IEST) 3.0 REQUIREMENTS 3.1 Bid Submittal Requirements 3.1.1 Motor and Fan Graphs 3.1.1.1 Motor Performance Graph 3.1.1.2 Fan/Motor Performance Graph 3.1.2 Fabrication Drawings and Performance Data 3.1.3 Submitted Bids 3.1.4 Selected Vendor 3.1.5 Field Fan/Motor Performance Test 3.1.6 Field Specification Compliance Inspection 3.2 General Description 3.2.11 Construction and Fabrication Requirements 3.2.12 Fabrication Welding Requirements 3.2.13 Services in Air Passages 3.2.14 Service Control Center 3.3 Dimensions 3.3.1 Overall Dimensions 3.3.2 Dimensions of Work Area 3.4 Assembly 3.5 Materials and Components 3.5.5 Metal and Finishes 3.5.5.4 Carbon Finish 3.5.5.4.5 Finish Color: White 3.5.5.7 Supply Air 3.6 View Screen 3.7 Filters and Clamps 3.8 Gaskets and Seals
QT=FAN AIRFLOWCFMSTANDARD AIR SP=FAN STATIC PRESSUREIWC IWC=INCHES WATER COLUMN Required minimum load factor is 100% as reported in graph and paragraph 3.5.6.3 APPENDIX B FIGURE 1 Model Class II, Type A2 from Paragraph 3.3) NOT TO SCALE DIMENSIONAL REQUIREMENTS IN INCHES A* (RANGE) B (RANGE) C D* (RANGE) E (RANGE) F (RANGE) G (RANGE) H (RANGE) 4 ft Bench 58 (57-59) 31 (30-32) 74 (73-75) 46 (45-47) 20 (19-22) 27 (26-28) 109 (108-110) 35 (34-36)
Mobility Agreement Staff Mobility For Training Planned period of the training activity: from [day/month/year] till [day/month/year] Duration (days) – excluding travel days: …………………. The Staff Member Last name (s) First name (s) Seniority Nationality Sex [M/F] Academic year 20../20.. E-mail The Sending Institution Name Faculty/Department Erasmus code (if applicable) Address Country/ Country code Contact person name and position Contact person e-mail / phone The Receiving Institution / Enterprise Name Erasmus code (if applicable) Faculty/Department Address Country/ Country code Contact person, name and position Contact person e-mail / phone Type of enterprise: NACE code (if applicable) Size of enterprise (if applicable) <250 employees >250 employees For guidelines, please look at the end notes on page 3. Section to be completed BEFORE THE MOBILITY
disturb sensitive receptors or violate local rules, standards, and/or ordinances. Construction, operation and maintenance, and restoration could cause an adverse change to unknown buried prehistoric and historical archaeological sites or buried Native American human remains. Construction would result in visual contrast due to vegetation removal, and the long-term presence of the project would result in landscape changes that degrade existing visual character or quality. The proposed project would not have any other significant impacts that cannot be mitigated to a less-than-significant level with the mitigation measures identified in the Mitigation Monitoring, Compliance and Reporting Plan. Project Alternatives An EIR must identify a reasonable range of alternatives to a proposed project that feasibly attain most of the basic project objectives but avoid or substantially lessen any of the significant effects of the project. (CEQA Guidelines § 15126.6(a).) An EIR must also evaluate the environmental impacts of a “no project” alternative. (Guidelines § 15126.6(e).) The EIR fully analyzed three alternatives: the Tower Relocation Alternative, the Iowa Street 66 kV Underground Alternative, and the Phased Build Alternative. In addition, the EIR fully analyzed two “no project” alternatives: the No Project Alternative Option 1, which assumes the absence of an agreement with the Morongo and consequentially the removal of all SCE facilities from Morongo land and development of an alternate transmission path from the Devers Substation to the El Casco Substation, and the No Project Alternative Option 2, which assumes that the facilities on Morongo land would
compliance plan demonstrating to the Commission that there are adequate procedures in place that will preclude the sharing of information with its independent marketing division that is prohibited by these rules, and is in all other ways in compliance with these rules. 22 1 31, 2013, (SDG&E) () 2467-E 29, 2013, 22 If such an electrical corporation thereafter decides that it wishes to lobby or market against any community choice aggregation program, it shall not do so until it has filed and received approval of a compliance plan as described above, with its compliance plan filed as a Tier 2 advice letter with Energy Division. Pursuant to the above, SDG&E has decided it wishes to lobby or market against CCAs. Thus, it filed AL 2822-E, along with its Attachment A--its CCA Code of Conduct Compliance Plan, as a Tier 2 advice letter with Energy Division on November 20, 2015. It is the first California to file such a lan for an Independent Marketing Division (IMD). According to ATR II.C.1., no holding company or utility affiliate shall knowingly “direct or cause a utility to violate or circumvent these Rules, including but not ADVICE LETTER
Energy Division noticed this disparity and brought it to SDG&E’s attention via a data request dated February 23, 2016. On March 4, 2016, SDG&E replied to Energy Division’s data request by acknowledging that “SDG&E intended to list permissible shared services [presumably under the Affiliate Transaction Rules] … COC Rule 13 allows shared services except for employees engaged in marketing and lobbying … Thus, lobbying, as covered by the COC, will not be a shared service.” he proposed I provides a service that relates to the use of electricity, and therefore, is covered by all Affiliate Transaction Rules, pursuant to ATR II.B. SDG&E argues that its IMD, known as “Sempra Services Corporation” (SSC), despite the suggestion in its very name, “will not be engaged in the provision of any product that uses electricity or provision of services that relate to the use of electricity.” Therefore, SDG&E contends, SSC should not be subject to all of the
B. Mobility numbers per academic year [Paragraph to be added, if the agreement is signed for more than one academic year: The partners commit to amend the table below in case of changes in the mobility data by no later than the end of January in the preceding academic year.] FROM [Erasmus code of the sending institution] TO [Erasmus code of the receiving institution] Subject area code * [ISCED] Subject area name * Study cycle [short cycle, 1st , 2nd or 3rd] * Number of student mobility periods Student Mobility for Studies [total number of months of the study periods or average duration*] Student Mobility for Traineeships * [*Optional: subject area code & name and study cycle are optional. Inter-institutional agreements are not compulsory for Student Mobility for Traineeships or Staff Mobility for Training. Institutions may agree to cooperate on the organisation of traineeship; in this case they should indicate the number of students that they intend to send to the partner country. Total duration in months/days of the student/staff mobility periods or average duration can be indicated if relevant.] FROM [Erasmus code of the sending institution] TO [Erasmus code of the receiving institution] Subject area code * Subject area name * Number of staff mobility periods Staff Mobility for Teaching [total number of days of teaching periods or average duration *] Mobility for Training *
C. Recommended language skills The sending institution, following agreement with the receiving institution, is responsible for providing support to its nominated candidates so that they can have the recommended language skills at the of the study or teaching period: Receiving institution [Erasmus code] Optional: Subject area Language of instruction 1 Language of instruction 2 Recommended language of instruction level Student Mobility for Studies [Minimum recommended level: B1] Staff Mobility for Teaching [Minimum recommended level: B2] For more details on the language of instruction recommendations, see the course catalogue of each institution [Links provided on the first page]. D. Additional requirements [To be completed if necessary, other requirements may be added on academic or organisational aspects, e.g. the selection criteria for students and staff; measures for preparing, receiving and integrating mobile students and/or staff] [Please specify whether the institutions have the infrastructure to welcome students and staff with disabilities.] E. Calendar 1. Applications/information on nominated students must reach the receiving institution by: Receiving institution [Erasmus code] Autumn term* [month] Spring term* [month] [* to be adapted in case of a trimester system] 2. The receiving institution will send its decision within [x]
Student Last name(s) name(s) Date of birth Nationality Sex [M/F] cycle Field of education The Programme Country Institution Name Faculty/ Department Erasmus code Address Country Contact person name email; phone The Partner Country Institution Name Faculty/ Department Address Country Contact person name; email; phone Receiving Organisation Name Department Address; website Country Size Contact person name; position; e-mail; phone Mentor name; position; e-mail; phone < 250 employees > 250 employees Before the mobility Table A- Study Programme at the Receiving Institution Planned period of the mobility: from [month/year] ……………. to [month/year] …………… Component code (if any) Component title at the Receiving Institution (as indicated in the course catalogue) Semester Number of ECTS credits (or equivalent) to be awarded by the Receiving Institution upon successful completion Total: … Web link to the course catalogue at the Receiving Institution describing the learning outcomes: [web link to the relevant information] Table A - Traineeship Programme at the Receiving Organisation Planned period of the mobility: from [month/year] ……………. to [month/year] ……………. Traineeship title: … Number of working per week: … Traineeship in digital skills: Yes ☐ No ☐ Detailed programme of the traineeship:
A2 - Exceptional Changes to the Traineeship Programme at the Receiving Organisation (to be approved by e-mail or signature by the student, the responsible person in the Programme Country Institution, the responsible person in the Receiving Organisation and the Partner Country Institution) Planned period of the mobility: from [month/year] ……………. till [month/year] ……………. Traineeship … Number of working per week: … Detailed programme of the traineeship period: Knowledge, skills and competences to be acquired by the end of the traineeship (expected Learning Outcomes): Monitoring plan: Evaluation plan: the Mobility Transcript of Records by the Receiving Institution Start and end dates of the study period: from [day/month/year] ……………. to [day/month/year] ……………. Table C After the mobility Component code (if any) Component title at the Receiving Institution (as indicated in the course catalogue) Was the component successfully completed by the student? [Yes/No] Number of ECTS credits (or equivalent) Grades received at the Receiving Institution Total: … Transcript of Records and Recognition by the Sending Institution Start and end dates of the study period: from [day/month/year] ……………. to [day/month/year] ……………. Table D After the mobility Component code (if any) Title of recognised component at the Sending Institution (as indicated in the course catalogue) Number of ECTS credits (or equivalent) recognised Grades registered at the Sending Institution (if applicable) Total: … Table D - Traineeship Certificate by the Receiving Organisation Name of the trainee: Name of the Receiving Organisation: Sector of the Receiving Organisation: Address of the Receiving Organisation [street, city, country, phone, e-mail address], website:
Student Last name(s) First name(s) Date of birth Nationality Sex [M/F] Study cycle Field of education The Programme Country Institution Name Faculty/ Department Erasmus code Address Country Contact person name email; phone The Partner Country Institution Name Faculty/ Department Address Country Contact person name; email; phone Receiving Organisation Name Department Address; website Country Size Contact person name; position; e-mail; phone Mentor name; position; e-mail; phone < 250 employees > 250 employees Before the mobility Table A - Traineeship Programme at the Receiving Organisation Planned period of the mobility: from [month/year] ……………. to [month/year] ……………. Traineeship title: … Number of working hours per week: … Traineeship in digital skills: Yes No Detailed programme of the traineeship: Knowledge, skills and competences to be acquired by the end of the traineeship (expected Learning Outcomes): Monitoring plan: Evaluation plan: The of language competence in ________ [indicate here the main language of work] that the trainee already has or agrees to acquire by the start of the mobility period is: A1 A2 B1 B2 C1 C2 Native speaker
Dear Applicant Thank you for the interest you have shown in working for Abraham Moss Community School. Please note that employment with the school depends on a Disclosure and Barring Service Clearance being sought, your entitlement to work in the UK and on receipt of satisfactory references. Fill in the application form in black ink or type, as we may need to photocopy it. We only contact people who are invited for interview. So, if you haven’t heard from us within 4 weeks either by e-mail or letter after the closing date for applications, please accept that you have not been short listed and will not be asked for interview. Manchester Council operates an interview guarantee scheme for disabled applicants. This means that we guarantee that all disabled people who meet the essential criteria for a post will be guaranteed an interview. Job appointment will be on merit. sincerely Miss Gillian Houghton - Headteacher Post Details Position: Teacher of MFL – French and German Department: MFL Department Closing Date: Monday 9 October 2017 – 9.00 a.m. Interview date: TBC Please return your completed application form to: or by post FAO Ms Noeline Taker Assistant to Associate Headteacher Abraham Moss Community School Crescent Road Crumpsall Manchester M8 5UF
Chiller w/1 conventional compressor 300-399 tons A Code+ 15% 0.476 0.420 0.442 400-599 tons A Code+ 15% 0.476 0.420 0.442 >600 tons A Code+ 15% 0.476 0.420 0.442 Water Cooled Centrifugal Chiller w/2 frictionless VSD compressors and condenser relief <150 tons B Code+ 15% 0.591 0.300 0.316 150-299 tons B Code+ 15% 0.540 0.274 0.288 300-399 tons B Code+ 15% 0.506 0.257 0.270 400-599 tons B Code+ 15% 0.497 0.252 0.266 >600 tons B Code+ 15% 0.497 0.252 0.266 Water Cooled Centrifugal Chiller w/1 frictionless VSD compressor and condenser relief <150 tons B Code+ 15% 0.532 0.258 0.271 150-299 tons B Code+ 15% 0.540 0.262 0.275 300-399 tons B Code+ 15% 0.506 0.245 0.258 400-599 tons B Code+ 15% 0.497 0.241 0.254 >600 tons B Code+ 15% 0.497 0.241 0.254 Water Cooled Centrifugal Chiller w/1 conventional VSD compressor and condenser relief <150 tons B Code+ 15% 0.591 0.337 0.355 150-299 tons B Code+ 15% 0.540 0.308 0.324 300-399 tons B Code+ 15% 0.506 0.289 0.304 400-599 tons B Code+ 15% 0.497 0.284 0.299 >600 tons B Code+ 15% 0.497 0.284 0.299 6 - DEER 2017 Chiller Measures
A construction workplan, to include: Commission Preconstruction Survey Resources; Commission Preconstruction Survey Resources; A detailed schedule of construction activities, including site restoration activities; A description of construction/installation techniques; A list of other agencies contacted with respect to siting, land use planning, and environmental resource issues, including contact information; and A list of permits required for the proposed project. A statement of the CEQA exemption(s) applicable to the proposed project; and Documentation and factual evidence sufficient to support a finding that the claimed exemption(s) is (are) applicable. The Energy Division will review eNetworks submission for the proposed project to confirm that the claimed exemption(s) from CEQA are applicable. Within 21 days from the date of eNetworks submittal, the Energy Division will either: A Notice to Proceed (NTP) and file a Notice of Exemption with the State Clearinghouse, Office of Planning and Research, or A letter of denial stating the specific reasons why the claimed exemption(s) are not applicable to the proposed project. We have reviewed the application and find that: eNetworks proposed facilitiesbased project activities are very limited;
once granted a CPCN, should be subject to the applicable Commission rules, decisions, General Orders, and Statutes that pertain to California public utilities. should be granted an exemption from the requirement to file tariffs. motion to file under seal its Exhibit F to the application, should be granted for three years. should be granted nondominant carrier status, subject to Commission rules and regulations as detailed in D.8501008 and modified in D.8507081 and D.8511044. O R D E R IT IS ORDERED that: certificate of public convenience and necessity is granted to eNetworks to provide resold and full facilitiesbased local exchange telecommunications services in the territories of Pacific Bell Telephone Company d/b/a AT&T California, Frontier California Inc., Citizens Telecommunications Company of California, Inc. d/b/a/ Frontier Communications of California, and Consolidated Communications of California Company, and interexchange service in California, subject to the terms and conditions set forth below. corporate identification number assigned to eNetworks, U-7313-C, must be included in the caption of all original filings with this Commission, and in the titles of other pleadings filed in existing cases. certificate granted by this order will expire if not exercised within 12 months of the effective date of this order.
APPENDIX Compensation Decision Summary Information Compensation Decision: D1608015 Modifies Decision? No Contribution Decision(s): D1603029, D1604039 Proceeding(s): A1208007, A1208008, A1208009, A1208010, Author: ALJ Roscow Pacific Gas and Electric Company, Southern California Edison Company, San Diego Gas and Electric Company, and Southern California Gas Company Intervenor Information Intervenor Claim Date Amount Requested Amount Awarded Multiplier? Reason Change/Disallowance The Utility Reform Network 6/24/2016 $12,368.92 $12,368.92 N/A N/A Advocate Information First Name Last Name Type Intervenor Hourly Fee Requested Year Hourly Fee Requested Hourly Fee Adopted Elise Torres Attorney TURN $215 2015 $215 Elise Torres Attorney TURN $230/$115 2016 $230/$115 (END OF APPENDIX)
3. AECA was an active party to the Agricultural and Pumping Rate Group Rate Design Settlement Agreement. “Each Settling Party represents customers who are directly affected by and have an interest in the outcome of the A&P rate design issues in this proceeding.” AECA’s participation in the Settlement Agreement contributed to an overall rate decrease for the agricultural class (-0.7%) compared to proposed 6.2% increase. (See 1.a and f above, raised by AECA testimony.) AECA’s participation in the Settlement Agreement resulted in modification of SCE’s Rule 1 definition of Agricultural Power Service to include fluid milk producers. (See 1.e above, in AECA testimony.) AECA’s participation in the Settlement Agreement contributed to revisions to the time-related demand charges, super off-peak schedule, and time-of-use charges, compared to those proposed by SCE. (See 1.c above, raised by AECA testimony.) AECA’s participation in the Settlement Agreement resulted in a “phase out” of the PA-ICE program. (See 1.d above, raised by AECA testimony.) D.16-03-030, pp. 3-6, and Agricultural and Pumping Rate Group Rate Design Settlement Agreement, p. 1. Agricultural and Pumping Rate Group Rate Design Settlement Agreement p.2. D.16-03-030, pp. 30-31; Marginal Cost and Revenue Allocation Agreement p.10; and Agricultural and Pumping Rate Group Rate Design Settlement Agreement, Appendix B. D.16-03-030, p.32, and Agricultural and Pumping Rate Group Rate Design Settlement Agreement, p.A-7. D.16-03-030, pp. 33-36, and Agricultural and Pumping Rate Rate Design Settlement Agreement, pp. A-10 – A-12 and A-13.
The current Off-System Delivery rules could undermine the effectiveness of a High OFO by allowing customers to “park” gas in their OSD account for three days without incurring Buy-Back Charges. Notice of AL 4976-G was made by publication in the Commission’s Daily Calendar. SoCalGas states that a copy of the Advice Letter was mailed and distributed in accordance with Section 4 of General Order 96-B. SoCalGas’s Advice Letter AL 4976-G was timely protested by Southern California Edison on July 5, 2016. SoCalGas filed a timely reply to SCE’s protest on July 12, 2016. SCE Protest Southern California Edison raises three objections to SoCalGas’s proposal. 1. SCE argues that a customer’s Off-System Delivery and on-system imbalances should be aggregated; Buy-Back Charges should only be applied if the aggregate imbalance is greater than the High OFO tolerance. SCE provides the following example to illustrate its concerns: A High OFO is called with a tolerance of +5% A shipper actually burns 100,000 MMBtu on that day The High OFO tolerance is 5,000 MMBtu The shipper’s total receipts on the High OFO day are 105,000 MMBtu Under the SoCalGas proposal in Advice 4976-G, if the hypothetical shipper were to attempt to move 5,000 MMBtu of its supply to an OSD that was not cleared by the end of the day, the 5,000 MMBtu in the OSD account would be subject to the Buy-Back, even though the shipper was within its High OFO tolerance.
Baillie, M. G. L. (1999) Putting Abrupt Environmental Change Back into Human History. Environments and Historical Change, Paul Slack ed., pp. 46-75. Oxford: Oxford University Press. Copy 25 Oct, 13:15-15:00 Policy and politics of environment Jenny Backman McEvoy, Arthur F., 1988. ‘Toward an Interactive Theory of Nature and Culture: Ecology, Production, and Cognition in the California Fishing Industry’, in Worster, D. (ed), The Ends of the Earth: Perspectives on Modern Environmental History: 176-211. Bäckstrand, Karin (2003) ‘Civic Science for Sustainability. Reframing the Role of Experts, Policymakers and Citizens in Environmental Governance’, Global Environmental Politics, Vol. 3, No. 4: 24-41. Borgerhoff Mulder, Monique, Coppolillo, Peter. (2005). ‘Chapter 2. The evolution of Policy’, in Conservation: Linking Ecology, Economics, and Culture. Princeton University Press: 27-52. Nilsson, Annika E (2011). ‘Framing and Reframing of Biodiversity: Scale Perspectives and their Implication for the Science-policy Dialogue’, in International Governance. Colorado Conference Parallel Session II Wednesday 2-3.30: 1-25. Giddens, A. 2009. The Politics of Climate Change. 49-128 6 Nov, 13:15-15:00 What have we learnt? Gunnel Cederlöf
Health Policy and Action 6.00 4WD Theoretical Approaches in Research for Health and Society 6.00 5AF Demography and Global Population Issues 6.00 5MO Management and Innovation in the Health Sector 6.00 4WD Health Issues in Life; a Bèta-Gamma Approach 6.00 5AF BSc International Land and Water Management (BIL) Course ECTS Period* Land Degradation and Remediation 6.00 1AF Irrigation and Water Management 6.00 1MO Hydraulics and Hydrometry 6.00 5AF Land and Engineering 6.00 2MO Introduction Geo-information Science 6.00 3WD Natural Resource Governance in a Complex 6.00 5AF Rural Households and Livelihood Strategies 6.00 4WD Research Methodology for Human Environment Interactions 6.00 6WD BSc International Development Studies (BIN) Course ECTS Period* International Policies and Institutions 6.00 2AF Policy, People and Resources in Comparative Perspective 6.00 5AF Globalization and Sustainability of Food Production and Consumption 6.00 4WD The Sociology of Farming and Rural Life 6.00 5AF Sociological and Anthropological Perspectives on Development 6.00 5MO Microeconomics 6.00 5AF Institutional Economics and Economic Organisation Theory 6.00 5AF
Food Fermentation 6.00 1MO Enzymology for Food and Biorefinery 6.00 5MO Product and Process Design 12.00 6WD Applied Biocatalysis 6.00 1AF Sustainable Food and Bioprocessing 6.00 4WD Bioreactor Design 6.00 5AF Advanced Fermentation Science 6.00 5AF Advanced Food Microbiology 6.00 3WD Advanced Food Chemistry 6.00 4WD Advanced Management and Marketing 6.00 3WD Advanced Business Strategy/Case Studies Management 6.00 5AF Supply Chain Management 6.00 2MO, 4WD New Venture Creation: from Idea to Business Plan 6.00 5MO Technology, Innovation and Strategy 6.00 5MO Food Structuring 6.00 1AF Food Ingredient Functionality 6.00 1MO Advanced Food Physics 6.00 2AF Product Properties and Consumer Wishes 6.00 2AF Predicting Food Quality 6.00 5MO Transfer Processes 6.00 2AF Food Law 6.00 2MO Food Quality Management Research Principles I 6.00 4WD Sensory Perception and Consumer Preference 6.00 5AF Principles of Sensory Science 6.00 1AF Advanced Biochemical Analysis of 6.00 5AF Molecular Gastronomy 6.00 1AF Advanced Molecular Gastronomy 6.00 3WD Dairy Chemistry and Physics 6.00 1AF Food Components and Health 6.00 2MO
Comments on Peterman APD pp. 3-5 (Mar. 3, 2016; Sierra Club Reply Comments on Peterman APD pp. 1-2 (Mar. 8, 2016)). the Decision found authority cited by Sierra Club was not binding on the Moorpark procurement, the Decision was significantly revised from the initial Peterman APD to call for explicit consideration of environmental justice in review of future procurement contracts. 3. Procurement of Ellwood Invalid in New Source RFO. Sierra Club argued that the Application’s proposed procurement of an extended contract for the existing 54 MW Ellwood peaker paired with 0.5 MW of new energy storage violated recently adopted procurement rules in D.14-02-040 limiting bids in new resource RFOs to incremental resources only. (See, e.g. (Sierra Club Opening Br. pp. 5-7 (July 22, 2015); Sierra Club Opening Comments on PD/APD pp. 5-7 (Feb. 1, 2016); Sierra Club Opening Comments on Peterman APD pp. 10-11 (Mar. 3, 2016)). Sierra Club also argued that approving an extended contract with an existing fossil-fuel prior to a consideration of From Decision p. 28: “the project does not fall within the definition of incremental resource and, the terms of the Commission’s prior decisions, the 54 MW contract to refurbish the Ellwood facility does not count toward the LCR procurement authorization required in D.13-12-015 (citing to Sierra Club Opening Br. at 5-6). The Decision requires further consideration of whether Ellwood is the best resource to meet any unmet local reliability need. (Decision pp. 31-32). Yes, Sierra Club’s participation aided in the Commission’s decisionmaking on this issue. Sierra Club presented issues with the proposed procurement that allowed Commission decisionmakers to make a more informed position.
to provide an incremental 1800 MW of capacity and deliverability for renewable energy resources identified in the Commissioner’s renewable portfolios for the 33% RPS that will potentially facilitate achievement of the 50% RPS. The West of Devers Upgrade Project, configured as the Relocation Alternative, the Iowa Street 66 kV Underground Alternative, and the proposed project for the segments otherwise unaffected by these two alternatives, provides benefits that outweigh the project’s unavoidable adverse environmental impacts on air quality, noise, visual resources and cultural resources, and should be approved. SCE’s Field Management Plan is consistent with the Commission’s EMF policy for implementing no-cost and low-cost measures to reduce potential EMF impacts. The reasonable and prudent maximum cost cap for the West of Devers Upgrade Project is $1,010 million, including contingency. SCE should consult with the Energy Division on whether an application, advice letter or a petition for modification would be more appropriate in the event that it seeks to revise the cost cap. The West of Devers Upgrade Project construction costs are eligible for Section 399.2.5 backstop rate recovery. The proposed transaction between SCE and the Morongo Transmission LLC is not adverse to the public interest and should be approved. Any pending motions should be deemed denied. This proceeding should be closed. This order should be effective immediately.
When the balanced components are considered, it is seen that that the most frequently occurring angle is 120◦. In complex number theory, j is defined as the complex operator which is equal to √-1 and a magnitude of unity, and more importantly, when operated on any complex number rotates it anti-clockwise by an angle of 90◦. i.e. j = √-1 = 1 ∠90◦ In like manner, we define a new complex operator α which has a magnitude of unity. α when operated on any complex number rotates it anti-clockwise by an angle of 120◦ and square of α rotates it by 240o . i.e. α = 1 ∠120◦ = - 0.500 + j 0.866 and α 2 = 1∠2400 = -0.500 – j 0.866 The three phasors (1+j0), α 2 and α (taken in this order) form a balanced, symmetrical , set of phasors of positive sequence rotation since the phasors are of equal length displaced by equal angles of 1200 from each other, and cross the reference line in the order 1, α 2 and α (following the usual convention of counter-clockwise rotation for the phasor diagram). The phasors 1, α and α 2 (taken in order) form the balanced, symmetrical, set of phasors of negative phase-sequence, since the phasors do not cross the reference line in the order named, keeping the same convention of rotation, but third name following the first etc. Some Properties of α Phasor Addition Since α is complex, it cannot be equal to 1, so that α - 1 cannot be zero. ∴ α2 + α + 1 = 0 This also has the physical meaning that the three sides of an equilateral triangles must close as in figure 2.11. Also α−1 = α2 and α−2 = α Analysis of decomposition of phasors The sequence components of the unbalanced quantity are again examined, with each of the components written in terms of phase a components, and the operator α, as in figure shown below. Figure 14 – Expressing components in terms of phase All the sequence components can be expressed in terms of the quantities for phase a using the properties of rotation of 0◦, 120◦ or 240◦ .
Summary of NERA Committees and Terms of Service Below are the details of the NERA committees that the Nominations committee is charged with populating. Committee Number of Members (Minimal Requirements) Duration of Membership Start and End Date Leo Doherty Memorial Chair and 2 other members Two years (staggered) Begin service after the winter board meeting. That would enable a thoughtful process of members deciding on participation through informational meetings held at the Oct conference. forms would be distributed and collected at the annual meeting. Woollatt Distinguished Paper Award Chair and 3 other members Two years (staggered) Begin service after the winter board meeting. That would enable a thoughtful process of members deciding on participation through informational meetings held at the Oct conference. forms would be distributed and collected at the annual meeting. Thomas F. Donlon Committee Chair and 2 other members Two years (staggered) Begin service after the winter board meeting. That would enable a thoughtful process of members deciding on participation through informational meetings held at the Oct conference. forms would be distributed and collected at the annual meeting. Teacher as Researcher Award Committee Chair and 3 other members (1 member should be a previous winner, Two years (staggered) Begin service after the winter board meeting. That would enable a thoughtful process of members deciding on participation through informational meetings held at the Oct conference. nomination nomination nomination
as per existing bylaws) forms would be distributed and collected at the annual meeting. Membership Committee Four members total - a chair and three members (1 is a graduate student) years, staggered across members: a chair, a chair-elect, a member. Members move up to chair-elect and then ultimately chair, with the exception of the graduate student member who will serve as member for 2 years. service after the winter board meeting. That would enable a thoughtful process of members deciding on participation through informational meetings held at the Oct conference. Self-nomination forms would be distributed and collected at the annual meeting. Communications Committee Four members - a chair and three members (1 is a graduate student) Three years, staggered across members: a chair, a chair-elect, and a member. Members move up to chair-elect and then ultimately chair, with the exception of the graduate student member who will serve as member for 2 years. Begin service after the winter board meeting. That would enable a thoughtful process of members deciding on participation through informational meetings held at the Oct conference. Self forms would be distributed and collected at the annual meeting nomination
Unit K: Nervous System Vocabulary List autonomic nervous system arachnoid associative neuron (interneuron) axon blood-brain barrier brain brain stem central nervous system cerebrospinal fluid cerebrum cerebellum choroid plexus cranial nerves convolutions dendrite diencephalon dura mater fight or flight response frontal lobe hypothalamus impulse medulla oblongata meninges midbrain motor neuron (efferent) myelin sheath (neurilemma) nerves neuron neurotransmitters occipital lobe parasympathetic nervous system parietal lobe peripheral nervous system pia mater pons receptors reflex sensory neuron (afferent) spinal cord spinal nerves stimulus subarachnoid subdural space sulci sympathetic nervous system synapse temporal lobe thalamus ventricles Disorders and Treatment Alzheimer’s CVA meningitis paralysis hemiplegia paraplegia epilepsy lumbar puncture
8. KEY WORDS (up to six) 9. RESEARCH PROJECT SUMMARY IN ENGLISH IN PORTUGUESE 9. SUMMARY OF FUNDING REQUESTED FOR PROJECT (Please, enclose the detailed budget according to FAPESP standards. You can copy the following required values from your filled budget sheet - Excel) FAPESP EXPENSES (separate decimals with a NERC EXPENSES (separate decimals with a comma) EXPENSES IN R$ EXPENSES IN US$ EXPENSES IN £ Equipment MPN MPI Consumables MCN MCI Provision for Importation *
Response Time Test General process Drop Test We receive a stimulus The stimulus is: _____________________________________ __________ _ A nerve impulse message is transferred Message is transferred along ___________________ neurons This message is received and decoded Message is received and decoded by the ____________________________________ A new message is sent in return Message is transferred along ___________ neurons There is a reaction The reaction is: _____________ ______ ____________________ Difference between knee-jerk and ruler drop test: Knee-jerk – reflex Ruler test – movement
number Distance ruler fell (cm) Person A Distance fell (cm) Person B Distance ruler fell (cm) Person A Distance ruler fell (cm) Person B 1 2 3 4 5 6 Total Average Name: _____________________________________ Period: ___ Date: ___________ Lab Partner(s): ________________________________________________________
Nervous System Review Draw, label, and know the functions of the following parts of a neuron: cell body (soma), dendrites, axon, Schwann cells, myelin sheath, nodes of Ranvier, nucleus, synapse. Cell body – contains most of the organelles and the nucleus of the neuron Dendrites – receive stimuli from other cells Axon – transmits the action potential (impulse) through the neuron Schwann cells – surround the axon, produce myelin Myelin sheath – layer of lipids (fat) that insulates the axon and speeds up transduction of the action potential Nodes of Ranvier – spaces between Schwann cells, gaps in the myelin sheath Nucleus – contains DNA Axon terminal – end of the axon, contain vesicles of neurotransmitters to communicate with surrounding cells Synapse – space between two cells, where one cell communicates with the next Describe the charges and sodium and potassium concentrations/movements in a polarized, depolarized, repolarizing, and hyperpolarized neuron and define the preceding Know which transport processes (active transport, facilitated diffusion) involved in each. Resting potential – at this time the neuron is polarized (has more negative charge inside the cell than outside) approximately -70mV, sodium and potassium channels are closed, sodium/potassium pump is pumping sodium OUT of the cell and potassium INTO the cell by active transport, making the outside of the cell relatively positive in comparison to the inside (giving it a negative charge) Threshold – approximately -55mV, must be enough input to get the potential above the threshold in order for an action potential to occur
Know the names and functions of the 12 cranial nerves. I – Olfactory – smell II- – sight III- Oculomotor – movement of eye IV- Trochlear - movement of eye V Trigeminal nerve – sensory for the face; chewing VI Abducens nerve – movement of eye VII Facial – taste; movement of face VIII - Vestibulocochlear nerve –balance and hearing IX Glossopharyngeal nerve –taste; swallowing X Vagus nerves – sensory and motor extending out of the head, helps control heart rate and other functions in areas outside the head XI Accessory nerve – movement of neck and upper back XII Hypoglossal nerve – movement of tongue What are the 2 divisions of the autonomic nervous system? Know their functions, neurotransmitters, and effectors. Autonomic division of the PNS is divided into the sympathetic and parasympathetic divisions. Sympathetic functions in fight-or-flight response, is used during times of stress or unusual circumstances, functions include dilating pupils, inhibiting salivation and digestion, increases heart rate. Uses epinephrine and norepinephrine as its neurotransmitters. Effectors are glands, smooth muscle and cardiac muscle (all involuntary responses) Parasympathetic functions in the rest and digest mode of everyday, usual circumstances. Its functions include constricting the pupils, stimulating saliva flow and digestion, lowering heart rate. It uses acetylcholine (Ach) as its neurotransmitter and its effectors are glands, smooth muscle and cardiac muscle (also all involuntary responses).
NERVOUS SYSTEM PART I: Neurons Axons, Dendrites, & Cell Bodies: The Dendrites are the short processes that extend out from the cell body. They usually ‘branch out’. This is the part of the neuron that conducts an impulse TOWARDS the cell body. The Cell Body contains the nucleus and therefore maintains the cell. The Axon is the long process that extends out from the cell body. It is the part of the neuron that conducts an impulse AWAY from the cell body. Neurons: There are three types of neurons (Sensory neurons, Interneurons, and Motor neurons) One of each of neurons makes up the REFLEX ARC. The reflex arc is the basic functional unit of the nervous system. A somatic reflex arc is one in which there is the simplest possible arrangement of elements to permit a response to stimuli, and in which the final element in the chain is skeletal muscle. In the crude sketch given here, you see the basic elements of this system:
burner, ignoring the somatic reflex. Some people have done things like this, but most of us haven't got that level of willpower (or ‘stupidity’)! Type of Neuron Length of fibres Location Function Picture SENSORY NEURON Long dendrite Axon Cell body and dendrite are outside of spinal cord. The cell body is located in a DORSAL ROOT GANGLION Conducts the impulse to the SPINAL CORD The RECEPTOR of the sensory neuron No fibres Peripheral part of body; such as skin Detects stimuli that surpass a threshold. Initiates the impulse Stretch receptor in the alveoli Pain receptor in the skin INTERNEURON Short dendrite Long or Axon Entirely within the spinal cord (or Central Nervous Interconnects the sensory neuron with an appropriate motor neuron NEURON dendrite Long Axon Dendrites and the cell body are located in the spinal cord; the axon is outside of the spinal cord Conducts the impulse towards an EFFECTOR The EFFECTOR of the motor neuron No fibres Peripheral part of body; such as muscles around a joint Causes the response A muscle causing movement A causing secretion
Exercise 16 TABLE 16.1 Schwann cells – PNS Ependymal cells – CNS Microglia – CNS Astrocytes – CNS Satellite cells – PNS Oligodendrocytes – CNS Fig. 16.1 Oligodendrocyte Microglial Astrocytes Ependymal cell Satellite cell Schwann cell Fig. 16.2 Processes Cell body Dendrite Axon Axon hillock Cell body Nucleus Fig. 16.3 Axon terminals Schwann cell Node of Ranvier Axon collateral Axon or soma Dendrites Cell body Axon hillock Trigger zone (initial segment) Myelin sheath Fig. 16.4 Process Satellite cells Nucleus Neuron cell body Axon Dendrites Neuron cell body Fig. 16.5 Unipolar Multipolar Bipolar Sensory neuron Interneuron Motor neuron Fig. 16.6 Myelinated Axon Myelin sheath Schwann cell cytoplasm Node of Ranvier Unmyelinated Axons Schwann cell cytoplasm Fig. 16.7 Neurolemma Myelin sheath Node of Ranvier Axon Fig. 16.8 White matter in brain and spinal cord Gray matter in brain and spinal cord BEFORE GOING TO LAB Axoaxonic Axodendritic Axosomatic Dendrites on postsynaptic neurons receive neurotransmitters at synapse Graded potential sent toward trigger zone Action potential started on postsynaptic neuron Action potential travels down axon Action potential reaches axon terminal