Digital Commons Network^™

Annual Report Of The Selectmen, Treasurer, And Other Town Officers For The Town Of Newbury, New Hampshire For The Fiscal Year Ending December 31, 2015 And The Vital Statistics For The Year 2015., Newbury Town Representatives

Newbury, NH Annual Reports

This is an annual report containing vital statistics for a town/city in the state of New Hampshire.

14.0.A Daily Outline, Christopher F. Bauer

Day 14 Mar 10 Heat transfer by conduction

WELCOME to WINDOWS on the INQUIRY CLASSROOM!

You have landed on a piece of a National Science Foundation Project (DUE 1245730) directed by Professor Chris Bauer, Chemistry Department, University of New Hampshire. This is one part of a completely documented inquiry-based university science course called “Fire & Ice” which explores the nature of heat and temperature. There are multiple video perspectives and commentary from instructors and students, and documents of all course materials (agenda, instructions, student work). It’s too complicated to explain here. Take a look at the user orientation document at this link.

14.0.B Discussion Thermal Equilibrium, Christopher F. Bauer

Day 14 Mar 10 Heat transfer by conduction

WELCOME to WINDOWS on the INQUIRY CLASSROOM!

You have landed on a piece of a National Science Foundation Project (DUE 1245730) directed by Professor Chris Bauer, Chemistry Department, University of New Hampshire. This is one part of a completely documented inquiry-based university science course called “Fire & Ice” which explores the nature of heat and temperature. There are multiple video perspectives and commentary from instructors and students, and documents of all course materials (agenda, instructions, student work). It’s too complicated to explain here. Take a look at the user orientation document at this link.

15.0.A Daily Outline, Christopher F. Bauer

Day 15 Mar 12 Heat and energy. Heat capacity relationship.

WELCOME to WINDOWS on the INQUIRY CLASSROOM!

You have landed on a piece of a National Science Foundation Project (DUE 1245730) directed by Professor Chris Bauer, Chemistry Department, University of New Hampshire. This is one part of a completely documented inquiry-based university science course called “Fire & Ice” which explores the nature of heat and temperature. There are multiple video perspectives and commentary from instructors and students, and documents of all course materials (agenda, instructions, student work). It’s too complicated to explain here. Take a look at the user orientation document at this link.

3.0.C Hands-On Liquid Nitrogen, Christopher F. Bauer

Day 03 Jan 29 The thermometer. Chemothermal sensation.

WELCOME to WINDOWS on the INQUIRY CLASSROOM!

You have landed on a piece of a National Science Foundation Project (DUE 1245730) directed by Professor Chris Bauer, Chemistry Department, University of New Hampshire. This is one part of a completely documented inquiry-based university science course called “Fire & Ice” which explores the nature of heat and temperature. There are multiple video perspectives and commentary from instructors and students, and documents of all course materials (agenda, instructions, student work). It’s too complicated to explain here. Take a look at the user orientation document at this link.

Privacy And Accountability In Black-Box Medicine, Roger Allan Ford, W. Nicholson Price Ii

Law Faculty Scholarship

Black-box medicine—the use of big data and sophisticated machine learning techniques for health-care applications—could be the future of personalized medicine. Black-box medicine promises to make it easier to diagnose rare diseases and conditions, identify the most promising treatments, and allocate scarce resources among different patients. But to succeed, it must overcome two separate, but related, problems: patient privacy and algorithmic accountability. Privacy is a problem because researchers need access to huge amounts of patient health information to generate useful medical predictions. And accountability is a problem because black-box algorithms must be verified by outsiders to ensure they are accurate and …

13.0.A Daily Outline, Christopher F. Bauer

Day 13 Mar 05 Thermal equilibrium

WELCOME to WINDOWS on the INQUIRY CLASSROOM!

You have landed on a piece of a National Science Foundation Project (DUE 1245730) directed by Professor Chris Bauer, Chemistry Department, University of New Hampshire. This is one part of a completely documented inquiry-based university science course called “Fire & Ice” which explores the nature of heat and temperature. There are multiple video perspectives and commentary from instructors and students, and documents of all course materials (agenda, instructions, student work). It’s too complicated to explain here. Take a look at the user orientation document at this link.

15.0.C Hands-On Heat Transfer Challenges, Christopher F. Bauer

Day 15 Mar 12 Heat and energy. Heat capacity relationship.

WELCOME to WINDOWS on the INQUIRY CLASSROOM!

You have landed on a piece of a National Science Foundation Project (DUE 1245730) directed by Professor Chris Bauer, Chemistry Department, University of New Hampshire. This is one part of a completely documented inquiry-based university science course called “Fire & Ice” which explores the nature of heat and temperature. There are multiple video perspectives and commentary from instructors and students, and documents of all course materials (agenda, instructions, student work). It’s too complicated to explain here. Take a look at the user orientation document at this link.

15.0.B Discussion Nature Of Heat Rumford Joule, Christopher F. Bauer

Day 15 Mar 12 Heat and energy. Heat capacity relationship.

WELCOME to WINDOWS on the INQUIRY CLASSROOM!

You have landed on a piece of a National Science Foundation Project (DUE 1245730) directed by Professor Chris Bauer, Chemistry Department, University of New Hampshire. This is one part of a completely documented inquiry-based university science course called “Fire & Ice” which explores the nature of heat and temperature. There are multiple video perspectives and commentary from instructors and students, and documents of all course materials (agenda, instructions, student work). It’s too complicated to explain here. Take a look at the user orientation document at this link.

15.0.J Summary Status Report March 12, Christopher F. Bauer

Day 15 Mar 12 Heat and energy. Heat capacity relationship.

WELCOME to WINDOWS on the INQUIRY CLASSROOM!

You have landed on a piece of a National Science Foundation Project (DUE 1245730) directed by Professor Chris Bauer, Chemistry Department, University of New Hampshire. This is one part of a completely documented inquiry-based university science course called “Fire & Ice” which explores the nature of heat and temperature. There are multiple video perspectives and commentary from instructors and students, and documents of all course materials (agenda, instructions, student work). It’s too complicated to explain here. Take a look at the user orientation document at this link.

5.0.A Daily Outline, Chris F. Bauer

Day 05 Feb 05 Simulation of Particulate model for gases. Kinetic Molecular Theory

WELCOME to WINDOWS on the INQUIRY CLASSROOM!

You have landed on a piece of a National Science Foundation Project (DUE 1245730) directed by Professor Chris Bauer, Chemistry Department, University of New Hampshire. This is one part of a completely documented inquiry-based university science course called “Fire & Ice” which explores the nature of heat and temperature. There are multiple video perspectives and commentary from instructors and students, and documents of all course materials (agenda, instructions, student work). It’s too complicated to explain here. Take a look at the user orientation document at this link.

5.0.D Materials Day 5 Compressibility And Charles Law, Chris F. Bauer

Day 05 Feb 05 Simulation of Particulate model for gases. Kinetic Molecular Theory

WELCOME to WINDOWS on the INQUIRY CLASSROOM!

You have landed on a piece of a National Science Foundation Project (DUE 1245730) directed by Professor Chris Bauer, Chemistry Department, University of New Hampshire. This is one part of a completely documented inquiry-based university science course called “Fire & Ice” which explores the nature of heat and temperature. There are multiple video perspectives and commentary from instructors and students, and documents of all course materials (agenda, instructions, student work). It’s too complicated to explain here. Take a look at the user orientation document at this link.

5.0.C.1 Hands-On Gas Law Experiments, Chris F. Bauer

Day 05 Feb 05 Simulation of Particulate model for gases. Kinetic Molecular Theory

WELCOME to WINDOWS on the INQUIRY CLASSROOM!

You have landed on a piece of a National Science Foundation Project (DUE 1245730) directed by Professor Chris Bauer, Chemistry Department, University of New Hampshire. This is one part of a completely documented inquiry-based university science course called “Fire & Ice” which explores the nature of heat and temperature. There are multiple video perspectives and commentary from instructors and students, and documents of all course materials (agenda, instructions, student work). It’s too complicated to explain here. Take a look at the user orientation document at this link.

5.0.C.2 Hands-On Kinetic Theory Simulation, Chris F. Bauer

Day 05 Feb 05 Simulation of Particulate model for gases. Kinetic Molecular Theory

WELCOME to WINDOWS on the INQUIRY CLASSROOM!

You have landed on a piece of a National Science Foundation Project (DUE 1245730) directed by Professor Chris Bauer, Chemistry Department, University of New Hampshire. This is one part of a completely documented inquiry-based university science course called “Fire & Ice” which explores the nature of heat and temperature. There are multiple video perspectives and commentary from instructors and students, and documents of all course materials (agenda, instructions, student work). It’s too complicated to explain here. Take a look at the user orientation document at this link.

1.0.G Message End Of Class Day 1, Chris F. Bauer

Day 01 Jan 20 Introduction to inquiry. Temperature perception.

WELCOME to WINDOWS on the INQUIRY CLASSROOM!

You have landed on a piece of a National Science Foundation Project (DUE 1245730) directed by Professor Chris Bauer, Chemistry Department, University of New Hampshire. This is one part of a completely documented inquiry-based university science course called “Fire & Ice” which explores the nature of heat and temperature. There are multiple video perspectives and commentary from instructors and students, and documents of all course materials (agenda, instructions, student work). It’s too complicated to explain here. Take a look at the user orientation document at this link.

4.0.C Hands-On Phet Simulation Of Gas Relationships, Christopher F. Bauer

Day 04 Feb 03 Chemothermal sensation. Properties of gases.

WELCOME to WINDOWS on the INQUIRY CLASSROOM!

You have landed on a piece of a National Science Foundation Project (DUE 1245730) directed by Professor Chris Bauer, Chemistry Department, University of New Hampshire. This is one part of a completely documented inquiry-based university science course called “Fire & Ice” which explores the nature of heat and temperature. There are multiple video perspectives and commentary from instructors and students, and documents of all course materials (agenda, instructions, student work). It’s too complicated to explain here. Take a look at the user orientation document at this link.

1.0.H Question Bank Jan 20 Sensation, Chris F. Bauer

Day 01 Jan 20 Introduction to inquiry. Temperature perception.

WELCOME to WINDOWS on the INQUIRY CLASSROOM!

You have landed on a piece of a National Science Foundation Project (DUE 1245730) directed by Professor Chris Bauer, Chemistry Department, University of New Hampshire. This is one part of a completely documented inquiry-based university science course called “Fire & Ice” which explores the nature of heat and temperature. There are multiple video perspectives and commentary from instructors and students, and documents of all course materials (agenda, instructions, student work). It’s too complicated to explain here. Take a look at the user orientation document at this link.

3.0.B Discussion Thermometer Development, Christopher F. Bauer

Day 03 Jan 29 The thermometer. Chemothermal sensation.

WELCOME to WINDOWS on the INQUIRY CLASSROOM!

You have landed on a piece of a National Science Foundation Project (DUE 1245730) directed by Professor Chris Bauer, Chemistry Department, University of New Hampshire. This is one part of a completely documented inquiry-based university science course called “Fire & Ice” which explores the nature of heat and temperature. There are multiple video perspectives and commentary from instructors and students, and documents of all course materials (agenda, instructions, student work). It’s too complicated to explain here. Take a look at the user orientation document at this link.

3.0.A Daily Outline, Christopher F. Bauer

Day 03 Jan 29 The thermometer. Chemothermal sensation.

WELCOME to WINDOWS on the INQUIRY CLASSROOM!

You have landed on a piece of a National Science Foundation Project (DUE 1245730) directed by Professor Chris Bauer, Chemistry Department, University of New Hampshire. This is one part of a completely documented inquiry-based university science course called “Fire & Ice” which explores the nature of heat and temperature. There are multiple video perspectives and commentary from instructors and students, and documents of all course materials (agenda, instructions, student work). It’s too complicated to explain here. Take a look at the user orientation document at this link.

William Murphy, Professor Of Law And Chair, Commerce And Tecnology Law Graduate Program Travels To Ireland, William Murphy

Faculty Travel Reports

UNH Law has long been a recognized leader in the area of intellectual property law education so it is only natural that UNH should seek to forge and strengthen bonds with legal institutions and professionals in Ireland.

1.0.C Hands-On Temperature Sensation, Chris F. Bauer

Day 01 Jan 20 Introduction to inquiry. Temperature perception.

WELCOME to WINDOWS on the INQUIRY CLASSROOM!

You have landed on a piece of a National Science Foundation Project (DUE 1245730) directed by Professor Chris Bauer, Chemistry Department, University of New Hampshire. This is one part of a completely documented inquiry-based university science course called “Fire & Ice” which explores the nature of heat and temperature. There are multiple video perspectives and commentary from instructors and students, and documents of all course materials (agenda, instructions, student work). It’s too complicated to explain here. Take a look at the user orientation document at this link.

1.0.B Discussion Syllabus And Expectations, Chris F. Bauer

Day 01 Jan 20 Introduction to inquiry. Temperature perception.

WELCOME to WINDOWS on the INQUIRY CLASSROOM!

You have landed on a piece of a National Science Foundation Project (DUE 1245730) directed by Professor Chris Bauer, Chemistry Department, University of New Hampshire. This is one part of a completely documented inquiry-based university science course called “Fire & Ice” which explores the nature of heat and temperature. There are multiple video perspectives and commentary from instructors and students, and documents of all course materials (agenda, instructions, student work). It’s too complicated to explain here. Take a look at the user orientation document at this link.

3.0.G Message End Of Class Day 3, Christopher F. Bauer

Day 03 Jan 29 The thermometer. Chemothermal sensation.

WELCOME to WINDOWS on the INQUIRY CLASSROOM!

You have landed on a piece of a National Science Foundation Project (DUE 1245730) directed by Professor Chris Bauer, Chemistry Department, University of New Hampshire. This is one part of a completely documented inquiry-based university science course called “Fire & Ice” which explores the nature of heat and temperature. There are multiple video perspectives and commentary from instructors and students, and documents of all course materials (agenda, instructions, student work). It’s too complicated to explain here. Take a look at the user orientation document at this link.

1.0.A Daily Outline, Chris F. Bauer

Day 01 Jan 20 Introduction to inquiry. Temperature perception.

WELCOME to WINDOWS on the INQUIRY CLASSROOM!

You have landed on a piece of a National Science Foundation Project (DUE 1245730) directed by Professor Chris Bauer, Chemistry Department, University of New Hampshire. This is one part of a completely documented inquiry-based university science course called “Fire & Ice” which explores the nature of heat and temperature. There are multiple video perspectives and commentary from instructors and students, and documents of all course materials (agenda, instructions, student work). It’s too complicated to explain here. Take a look at the user orientation document at this link.

Improving The Efficiency And Resolution Of Time Of Flight (Tof) Mass Spectrometer For Magnetospheric Applications., Zain Abbas

Honors Theses and Capstones

The Earth magnetosphere is the volume of space formed by the Earth magnetic field in response to the flow of plasma from the solar wind. Although the magnetopause shields us from the solar wind there are far more particles that penetrate with energy, and momentum to the Earths magnetosphere and interacts with the Earth’s magnetic field to create various plasmas and currents which shape and couple different regions of magnetosphere. The study of the dynamics of ions in and outside of the magnetosphere is done through mass spectrometer. Over the years, CODIF Ion TOF spectrometer have been used to understand …

Town Of Brentwood Annual And School District Reports For The Year Ending December 31, 2015., Brentwood Town Representatives

Brentwood, NH Annual Reports

This is an annual report containing vital statistics for a town/city in the state of New Hampshire.

University Of New Hampshire Undergraduate Course Catalog, 2016-2017, University Of New Hampshire

Undergraduate Catalog

No abstract provided.

"Smoking-Gun" Observables Of Magnetic Reconnection: Spatiotemporal Evolution Of Electron Characteristics Throughout The Diffusion Region, Jason Shuster

Doctoral Dissertations

How does magnetic reconnection happen in a collisionless plasma? Knowledge of electron-scale dynamics is necessary to answer this outstanding question of plasma physics. Based on fully kinetic particle-in-cell (PIC) simulations of symmetric reconnection, the spatiotemporal evolution of velocity distribution functions in and around the electron diffusion region (EDR) elucidates how electrons are accelerated and heated by the cooperating reconnection electric and normal magnetic fields. The discrete, triangular structures characteristic of EDR distributions rotate and gyrotropize in velocity space as electrons remagnetize, forming multicomponent arc and ring structures. Further downstream, exhaust electrons are found to exhibit highly structured, time-dependent anisotropies that …

Transport Of Heat And Momentum In Non-Equilibrium Wall-Bounded Flows, Alireza Ebadi

Doctoral Dissertations

Transport of momentum and heat in non-equilibrium wall-bounded flows is studied analytically and experimentally to better understand the underlying physics, transition dynamics, and appropriate flow scaling in non-equilibrium flows. Non-equilibrium flows, in which the mean flow time scales are comparable to turbulent flow time scales, do not exhibit universal behaviors and cannot be characterized only in terms of local parameters. Pressure gradients, fast transients and complex geometries are among the sources that can perturb a flow from an equilibrium state to a non-equilibrium state. Since all or some of these perturbation sources are present in many engineering application relevant flow …

Computationally Efficient Specifications Of Spatial Point Process Models And Spatio-Temporal Gaussian Models: Combining Remote Sensing Drivers With Geospatial Disease Case Data To Enhance Geographic Epidemiology, Beth Louise Ziniti

Doctoral Dissertations

In this dissertation, the flexibility of Bayesian hierarchical models specified using a latent Gaussian Markov Random Field (GMRF) are evaluated for use in analyzing large complex spatial and spatio-temporal data with the goal of contributing to an interdisciplinary effort of developing an eco-epidemiological model that quantifies the relationship between remotely sensed water quality and the incidence of ALS (Amyotrophic Lateral Sclerosis or Lou Gehrig’s Disease) over large areas such as Northern New England (NNE).

In particular, a Log-Gaussian Cox Process (LGCP) specified by the logarithm of a GMRF on a regular lattice is shown to allow for simultaneous estimation of …