Sentences with phrase «energy systems understand»
Global buyers of energy systems understand the benefits of America's world - beating fossil technologies.
http://clexit.net/ Not exact matches
In addition to keyless entry, the module also mines the car's data, looking at things like speed patterns, energy consumption, and other information that would help the fleet managers better train their drivers, and understand how to optimize the system.
This includes learning the power of regulating and leveraging emotions; understanding that reason and intuition are the twin engines of decision making; listening to your physical signaling system to increase energy and insight; and staying connected to the power of your purpose and passion.
Stream by Energy Profiles Limited (EPL) Stream is a comprehensive utility data management system, which enables property owners and managers to understand their utility use and cost at both the portfolio and building level.
According to Muchembled, author of previous histories of the devil and of the orgasm, violence in traditional European society is best understood as the effect of a system of honor among bachelors who required outlets for their pent - up sexual energies while awaiting marriage.
Shell has yet to comment on the demands, but the company's chief executive said in September it was «preparing for increasingly robust legislation on emissions» and «understand that renewable has a huge role to play in the energy system of the future.»
Riders with a good understanding of training zones and physiological energy systems are also welcome to attend.
As director of SU's sustainability education, May «works with professors and students from all disciplines, as well as with staff in energy management, food services, parking and transportation, buildings and grounds, and waste management to promote understanding and research about the university as a whole system of resources and best practices,» according to a university webpage.
To help make ideas about energy more concrete, for example, the new unit will use a variety of analogies from more familiar physical systems (e.g., combustion and charging a cellphone battery) to help students understand those same energy - releasing and energy - requiring chemical reactions and energy transfer when they occur in living organisms (e.g., cellular respiration, creating a charge across a membrane in mitochondria and nerve cells) where the reactions are more complex and difficult to observe.
The new unit will help develop students» understanding of energy transfer and conservation in both living and non-living systems so that they can explain fundamental processes in living organisms, a major topic in most high school biology courses.
The idealized UW computer simulation could help volcanologists better understand how energy builds up inside a system like Mauna Loa, which is a focus of the UW group's research, to predict when it will erupt.
Rodgers adds: «It's essential to demonstrate that high - performance computing simulations can generate realistic results and our team will work with engineers to evaluate the computed motions, so they can be used to understand the resulting distribution of risk to infrastructure and ultimately to design safer energy systems, buildlings and other infrastructure.»
«Understanding this system is indispensible for alternative energy research aiming to create artificial photosynthesis.»
The solution to the Kirchhoff - Plateau problem not only contributes to the understanding of energy minimizing mathematical shapes, but can also be applied to biological systems.
«This paper helps us think through the place of energy across our economic and social systems, and by extension, helps us understand our relationship with our environment.
«Our goal is to understand what's needed to build a scalable low - carbon energy system,» said co-author Sally Benson, the director of GCEP and a professor of energy resources engineering.
The motion of individual cells in the body or the transport of charge carriers in energy storage systems can be understood only in the context of the particular environment.
To better understand exactly how lignin persists, researchers at the US Department of Energy's (DOE's) Oak Ridge National Laboratory (ORNL) created one of the largest biomolecular simulations to date — a 23.7 - million atom system representing pretreated biomass (cellulose and lignin) in the presence of enzymes.
For the study, tests were given to students in grades 4 - 12 that assessed their understanding of energy through three testing systems.
To understand how users interact with smart energy systems, a team of researchers from Electronics and Computer Science (ECS) at Southampton and the University of Zurich produced three different smart thermostats that automated heating based on users» heating preferences and real - time price variations: a manual one through which participants explicitly specify how the heating should respond to price changes, and two learning - based ones that employed an artificial intelligence (AI) algorithm to automate the temperature settings based on learned households» preferences.
«Our basic understanding has been that geomagnetic storms put energy into the Earth system, which leads to swelling of the thermosphere, which can pull satellites down into lower orbits,» said Knipp, lead researcher on these new results.
«Because of this important role that aerosols play in distributing energy within the global climate system, we need to understand their distribution with very high accuracy,» said Mishchenko.
Such a system may help scientists understand matter's behavior when it gains or loses mass or energy.
Understanding and accurately modeling these systems can lead to better, more energy efficient forms of everyday materials.
«Geden fails to understand the energy system modeling literature, and seems not to have read the IPCC assessment on transformation pathways.
They then looked at another source of data: that of the Clouds» and Earth's Radiant Energy System (CERES) satellite instruments which measure fluxes of reflected and emitted radiation from Earth to space, to help scientists understand how the climate varies over time.
The researchers are also working to develop nanoscale energy harvesting, microfluidics - based portable kits for rapid medical diagnostics, and microfluidic tools to deepen our understanding of the physiological dynamics of living systems.
«What was really cool about this research was we've known for a long time that a lot of different transcription factors were involved, but it was hard to understand how all the pieces fit together,» said Jenny Mortimer, director of plant systems biology at the Joint BioEnergy Division, a part of the Department of Energy.
Sebastian Deffner at UMBC and Anthony Bartolotta at Caltech have developed the first techniques for describing the thermodynamics of very small systems with very high energy — like the universe at the start of the Big Bang — which could lead to a better understanding of the birth of the universe and other cosmological phenomena.
«Physicists lay groundwork to better understand the birth of the universe: New research extends fundamental thermodynamic theories to describe microscopic systems at high energies, like the universe at the Big Bang.»
We study model systems to better understand natural systems and guide the development of new materials and approaches for clean and efficient energy use.
We employ a Model - Integrated Synthesis, Characterization and Experiment (MISCE) approach to achieve fundamental understanding and experimentally - validated conceptual and computational models of fluid - solid interfaces (FSIs) representative of those encountered in advanced energy systems and devices, including batteries, supercapacitors and photo - and electrochemical cells.
This natural resource, which inspires our attempts to understand the cosmos, should be protected through the use of well - designed lighting systems that put light where it is needed and not waste energy through unnecessary illumination of the sky.
Within the integrated Earth system science paradigm, our major research thrusts include the physics and chemistry of aerosols, clouds and precipitation; integrating our understanding of climate, energy, and other human and natural systems through the development and application of models that span a wide range of spatial scales; and determining the impacts of and informing responses to climate and other global and regional environmental changes.
Aug. 31, 2017 - Thermal conductivity is one of the most crucial physical properties of matter when it comes to understanding heat transport, hydrodynamic evolution and energy balance in systems ranging from astrophysical objects to fusion plasmas.
The human metabolism is a complex system, but here's what you need to know to understand how our bodies use food to produce energy: When we eat (especially carbohydrate - loaded foods) our insulin levels rise, which stimulates our cells to take in glucose.
From diet and exercise, to understanding your body's unique chemistry, naturopathic medicine allows you to boost your immune system, prevent and treat both acute and chronic diseases and increase your energy level.
o Demystifying kundalini o Exploration and experience of your central channel aka sushumna nadi o Understanding chakras as way to understand our tendencies o Balancing energy channels and polarities in body and mind (nadis) o Everyday application of dual / non-dual philosophies o The mystical endocrine system and how the glands relate to our chakras o The path from agni (fire) to tejas (radiance) to sri (seeing the world as beauty and bliss) o Healing techniques and worldview to support your transformation as you live in the real world o The power of yoga nidra
Understanding human energy systems — The ATP - PCr System The Glycolytic System The Oxidative System
Crystal Bowl Recordings, Healings and Meditation Downloads: All recordings are a combination of premier crystal bowl sound healing technologies, healing chants, a deep understanding of the bodies energetic system, and Full Spectrum and Energy Medicine Healing techniques.
The best way to serve two masters is to keep their needs as separate as possible (just leave that statement alone, please) by understanding your recovery and energy systems.
The biological mechanisms of lifespan extension through calorie restriction are not fully understood, but researchers say it may involve alterations in energy metabolism (as mentioned above), reduced oxidative damage, improvements in insulin sensitivity, reduction of glycation, modulation of protein metabolism, downregulation of pro-inflammatory genes and functional changes in both neuroendocrine and autonomic nervous systems.
Hatha Yoga stems from a deep understanding of the mechanics of the body, and uses yogic postures, or yogasanas, to enable the system to sustain higher dimensions of energy.
Learn basic and advanced meditation practices (breaths, visualizations, and affirmations), as well as a spiritual understanding of the chakras as the energy system of your body, and bring greater peace, love, and joy in your life.
In order to better understand heart rate, you must understand the various «systems» of energy that your body uses when you train.
As a deep and authentic healing system, TCM understands and applies Yin and Yang to help you harmonize your body, mind, emotions, and spirit, and then harmonize your individual energy with nature.
While our bodies are complex systems and we don't understand everything that goes on inside them, energy is conserved.
One has to understand that about 25 % — 30 % of our energies are utilised by the digestive system alone.
The process of crafting and gathering supplies and building your first safe zone is well - done and addictive once you get going and understand how the basic gameplay systems work — the day and night cycle, the gathering and crafting of materials, the up - keep of your character's food, water and energy needs — and killing zombies is a genuinely terrifying, albeit fun task.
But everyone who spends time in and around schools and school systems understands how much time, energy, and initiative is soaked up by the paper chase.