Sentences with phrase «modeling material as»

Not exact matches

All along, Liongate's model was about cheap, low - risk investments, often in edgy material the major studios avoided, such as the Saw slasher movies.

Darin Kingston of d.light, whose profitable solar - powered LED lanterns simultaneously address poverty, education, air pollution / toxic fumes / health risks, energy savings, carbon footprint, and more Janine Benyus, biomimicry pioneer who finds models in the natural world for everything from extracting water from fog (as a desert beetle does) to construction materials (spider silk) to designing flood - resistant buildings by studying anthills in India's monsoon climate, and shows what's possible when you invite the planet to join your design thinking team Dean Cycon, whose coffee company has not only exclusively sold organic fairly traded gourmet coffee and cocoa beans since its founding in 1993, but has funded dozens of village - led community development projects in the lands where he sources his beans John Kremer, whose concept of exponential growth through «biological marketing,» just as a single kernel of corn grows into a plant bearing thousands of new kernels, could completely change your business strategy Amory Lovins of the Rocky Mountain Institute, who built a near - net - zero - energy luxury home back in 1983, and has developed a scientific, economically viable plan to get the entire economy off oil, coal, and nuclear and onto renewables — while keeping and even improving our high standard of living

A model for each sector is built, as defined by the Global Industry Classification Standard (GICS); Energy (10), Materials (15), Industrials (20), Consumer Discretionary (25), Consumer Staples (30), Health Care (35), Financials (40), Information Technology (45), Telecommunication Services (50), and Utilities (55).

For the period from 1914 to the present, Blumhofer switches to the developmental model used by William Menzies in an earlier work, Anointed to Serve: The Story of the Assemblies of God (1971) She illustrates many of the points with fresh anecdotal material and brings into greater focus certain aspects of the history, such as the denomination's response to the New Order of the Latter Rain.

A kind of rational intuition is needed to perceive the general principles which are there ready - made in actuality.6 Or if patterned on the genetic - functional model, the generalizations have as their subject - matter «distinctions that arise in and because of inquiry into the subject - matter of experience - nature, and then they function or operate as divisions of labor in the further control and ordering of its materials and processes» (DWP 175).

The attempt might even be made positively to recommend this fixing of a terminological starting - point, by recalling that for Christian scholastic philosophy, too, in contrast to Platonic and Idealist philosophy, what first meets man's cognition and what he therefore rightly takes as the starting - point and model case of possible objects of his knowledge, is what is experienced by the senses and to that extent material.

Thus, the sponge - marble structure can serve as a sort of geometrical model of the complementarity of continuous and discontinuous aspects of reality — specifically the complementarity of physical fields (sponge phase) and material objects (marbles phase).

He believes that this model better fits what we know of the way early Jews handled revered or sacred traditions than does the Buitmannian one, which contends that the Gospel material was handled rather like ancient folklore such as Homer's Odyssey or Iliad.

So are the miracle wheat and rice of the Green Revolution, the technology of behavior modification proposed by B. F. Skinner, 1 and the computerized model of the global ecology produced by the authors of The Limits to Growth.2 This kind of reasoning operates within the limits of what is possible as defined by (1) the available material and human resources, (2) the laws of nature, and (3) the state of knowledge at the time.

Further, it became clear that electrons and protons are not things that carry electric charges, as a material model would require, but rather they themselves are electric charges.

If it is a correct answer, it implies that we must support such organized efforts as that of the APPE4 to deflect current educational momentum into other channels than a mere reshifting of the same materials and approaches, putting forward of dead models as new panaceas, or the temptation to begin with precise discipline where in fact learning should start in a different way.

But just as many more have served as models or examples; quick, now, if you attended Sunday school, think back, and some of those teachers will come to mind, Not all imported curricular materials missed the point.

The ecological model makes sense only in so far as these qualitative elements of environment are given a reality as real as the material objects around us.

Ultimately, we seek sustainable packaging solutions that create business efficiencies, or even enable new business models, as we continue to apply unique material science in collaboration with customers around the world.

Strong material and the stand in the rear seat are improved as compared to the older model.

Material: Strong material and the stand in the rear seat are improved as compared to the oldeMaterial: Strong material and the stand in the rear seat are improved as compared to the oldematerial and the stand in the rear seat are improved as compared to the older model.

Danone is also trailing materials in crèches and seeking mothers and babies as photographic models at the present time.

Most amazingly this model designed with environment friendly materials that in not harmful and as it features squelch function, background noise will not irritate you a bit!

Serve as a model to them by reading and discussing material of personal interest.

The material is also tried and tested in other areas of medicine, such as in dentistry in the production of precision models or in orthopaedic technology to create both internal and external prostheses.

Breastfeeding: Training Materials Infant and young child feeding: Model Chapter for textbooks for medical students and allied health professionals (2009) English [pdf 3.12 Mb]- Spanish [pdf 1.2 Mb]- World Health Organization This Model Chapter brings together essential knowledge about infant and young child feeding that health professionals should acquire as part of their basic education.

In the final model, no variable was retained as an independently significant risk factor, and no variable modified the estimate of the effect of the medication group in a material way (> 10 %).

The bassinet is a littler longer now so it can accommodate a larger child, the front wheels are now made out of the same material as the rear, the handle bar and the bumper bar on all the Vista models have genuine leather cover (before it was only on some colors).

And as I look at the picture again, I am also not a hand model or material to ever be one.

A quick and easy growing project for kids to do — we like using our junk modelling box for many different project and a lot of the materials are perfect for using in the garden as they will easily compost.

They are made of strong but lightweight material and some weigh less than 20 pounds even though they have the same features as the older models such as reclining seats, sun shades and storage baskets.

This Chicco model features a sturdy handle, made of the same material as the stroller's frame.

The CLTS model, which encourages communities to use local materials to construct latrines was adopted in 2015 and triggered the certification of 15 communities as open defecation free, with 42 more being certified in 2016.

«There is ongoing work to review these issues and identify, if possible, a legal model which would provide the necessary safeguards to allow intercept material to be used as evidence,» she added.

This feedback is combined with the properties of materials in nappies, such as elasticity and absorbency, to create computer models of new designs.

The new model «came out of left field, but it's very original,» says materials scientist Graham Hubler of the Naval Research Laboratory in Washington, D.C., who saw ball lightning as a teenager during a thunderstorm in upstate New York 40 years ago.

The new technique could provide a much - needed experimental validation of frequently used computational models, as well as a means of investigating the effect of new battery materials and additives on lithium metal plating.

In their conclusion, the paper's five co-authors theorize that the plume material is carried to the mid-ocean ridge by a deep return flow centered in the asthenosphere rather than flowing along the base of the lithosphere as in modeling projections.

«This is quite surprising because glasses and heavily irradiated materials typically exhibit the same density, so that glasses are often used as models to simulate the effect of the exposure to radiations on materials.»

To test its model and lay the foundation for modeling increasingly complex material interactions, the team decided to simulate silicon dioxide (SiO2), a common, well - studied material, most well - known as the compound that forms quartz.

After passing his oral exams and earning a master's degree, Tamer began a project that models the behavior of soft materials such as polymers and biological tissue.

Using computer modeling to interpret images from NASA's Galileo satellite, Pappalardo and Barr demonstrated that acnelike markings on Europa's surface are probably bits of ice containing minerals such as chloride salts and sulfuric acid, which lower the melting point so the material can rise from deep below.

In federal crash tests, the agencies found that advanced lightweight materials — in this case a mix of high - strength steel and aluminum, and a small amount of magnesium and composite material — performed just as well as baseline vehicle models.

In the new work, Green and his team also investigated the Punchbowl Fault, an ancestral branch of the San Andreas Fault that has been exhumed by erosion from several kilometers depth, and found nanometric materials within the fault — as predicted by their model.

«Organic - conjugated polymers are emerging as a materials class for energy - related applications, enabling a path to a more sustainable energy landscape without the need of energy - intensive, expensive and sometimes toxic metal - based compounds,» the researchers wrote, concluding that «a model polymer, P (NDI2OD - T2), was stably and reversibly n - doped to a high doping level of 2.0, a significant progress for electron - transporting π - conjugated polymers.

Jan Storå, who holds the senior position on this study, reflects over the history of the material: «This burial was excavated in the 1880ies and has served as a model of a professional Viking warrior ever since.

They demonstrated its the material's potential by using it to replicate the biological motion of the heart, and also developed a matching 3D computer model of it, as reported in Advanced Materials.

With compost, the model calculates how much methane is produced over time in landfills as organic materials decay.

Current models suggest that planets should orbit in the same direction as their star's rotation (as is true for our solar system), in keeping with the view that the whole shebang formed from the same spinning disk of material.

Rice materials scientist Rouzbeh Shahsavari and alumnus Navid Sakhavand first built atom - level computer models of pillared graphene — sheets of graphene connected by covalently bonded carbon nanotubes — to discover their strength and electrical properties as well as their thermal conductivity.

A few structures, such as breakwaters built of rock, can be studied using miniature versions, but materials such as sand, clay, and grass behave differently in small - scale models than in the real world, van Gent says.

Materials researchers at the Georgia Institute of Technology initially came across the nano cage as a potentially powerful approach, and Mavrikakis» group used its quantum mechanical modeling expertise to synthesize cages with a tiny amount of platinum.

The model is based on intrinsic electronic characteristics of materials used as battery anodes.

Models say that Jupiter should have captured about 70 million gigatonnes of rocky material, but less than half that amount remains as irregular moons.

The team tested the program on a printer that builds objects from plastic, but they plan to improve the software to include multiple materials, such as metal, and give it the ability to test models with moving parts.