Sentences with phrase «very one dimensional»

Not exact matches

Dimensional mail can be used very successfully by small businesses targeting a small customer file.

This is a two - dimensional view in three - dimensional space as it leaves out the very necessities of finance.

Whereas with a franchise model, they can be very one dimensional and can be severely affected when the economy is in a poor state.

The nano crystalline cellulose from hemp can be manufactured into a two dimensional carbon nano sheet that has very similar properties to graphene, having applications in areas such as super capacitors, quantum computing, biotech, and solar technology.

The singularity may very well be a puncture (4th dimensional) in another universe that exploded into ours, giving us what we have.

If you read the posts of these people, they are very one - dimensional.

In Tangled, the Walt Disney Company's new animated, feature - length, 3 - D adaptation of «Rapunzel,» critic Armond White finds, sadly, that the story of the girl with the very long locks not only «has been amped up from the morality tale told by the Brothers Grimm into a typically overactive Disney concoction of cute humans, comic animals, and one - dimensional villains,» but also that the film's «hyped - up story line... gives evidence that cultural standards have undergone a drastic change» in the decades since Walt Disney first set out to charm both children and adults with his animated retellings of fairy tales.

He is one - dimensional, but a very good player still... a player like Henrikh will be great IF he can replicate that form or half..

It definitely causes opposing defences more confusion as they don't know who to concentrate on, whereas last season Giroud was very one dimensional and was usually left to be the target man on his own.

At the end of the day, we have a two very good and with different style strikers but admittedly kind of one dimensional.

Walcott is a bad footy talent and very one dimensional, where Ox is very clumsy, and loses the ball to much at times.

and as for teams getting breaks against us, well unless one is a new AFC fan that has been the case for more than just this season and its simply borne out of the fact we are one dimensional and very very predictable; set your stall out strongly, be a bit physical, hit them on the break....

His very good / great offensive stats just elevate him to a higher level than a 1 - dimensional steals machine.

We're very one dimensional at the moment down the right wing.

Gaethje has the raw athleticism and wrestling pedigree to have a multi faceted game, but he is very one dimensional once the cage door shuts, and my point was is that he actually shows fewer facets to his game than many fighters that were in their primes a decade before his current UFC run.

This can be perceived and thought as very radical and extreme but in the grand scheme of things this would benefit the club as the purchases are young players who can be molded to the needs of the team unlike Ozil who has stagnated and is a one - dimensional playmaker with very less or no eye for a shot on goal.

Veteran Spaniard Mikel Arteta has been sidelined with injuries for much of the past three seasons, and former AC Milan man Mathieu Flamini is very one - dimensional and not the same player he was during his first spell at the Emirates Stadium.

Hodgson: boring football, but to be fair when you watch US English play it is clear why we haven't won anything since 66 > very one dimensional, players are generally technically inept.

Just relying on your striker to fire you to the title is a very one dimensional approach.

That said, he's very one dimensional being a leglock specialist.

Another reason could be that this formation was very one - dimensional and therefore easy for the Villans» opponents to predict once they had gotten used to it.

Unfortunately I find his slck but transparent one dimensional PR as very annoying — but if he gets us really good sponsorship deals then he's the man for the job.

While having a lot of great features like large canopy, roomy seat, deep recline, and adjustable leg rest it has a very compact three - dimensional fold where it folds not only vertically, but also horizontally.

«I think the print media have turned it into a very shallow two - dimensional fight.

They're very two - dimensional, a lot of the characters.

The fabrication was «quite challenging because the mechanical resonators are essentially three - dimensional structures... and qubits are wires on silicon chips, and they're very flat,» O'Connell says.

The formation of ice in the air depends on water molecules latching together in a very specific hexagonal pattern that resembles three - dimensional chicken wire.

As the authors of the new research explain: «There are three main levels of analysis in the study of proteins: the first is the sequence of amino acids, the second is the three - dimensional structure that these filaments take on a very short time after they are synthesized, while the third regards their function.

Graphene is a two - dimensional sheet of carbon atoms and combines several remarkable properties; for example, it is very strong, but also light and flexible, and highly conductive.

Right now they can create very thin layers of muscle tissue that are a few layers thick or something, but beyond that, you need a three - dimensional kind of a structure that provides nutrients in and out and removes waste, keeps the cells alive essentially.

This view shows how the new MUSE instrument on ESO's Very Large Telescope gives a innovative three - dimensional depiction of a distant galaxy.

Two - dimensional crystals are very suitable for creating high - quality magnetic thin films.

Silicon nanosheets are thin, two - dimensional layers with exceptional optoelectronic properties very similar to those of graphene.

«One - dimensional materials can only be very good conductors if they are defect - free, but nothing in this world is perfect,» said Brookhaven physicist Alexei Tsvelik, one of two authors on the paper.

The two Voyager missions in the 1980s found that, in contrast to the very smooth and nearly two - dimensional nature of the main rings, the F ring is a clumpy mass of twisted braids.

This perpendicular view results in undistorted 3 - dimensional images, and since only two views are acquired, the microscope can still capture events at very high speed.

Investigations into human brain development using human cells in the culture dish have so far been very limited: the cells in the dish grow flat, so they do not display any three - dimensional structure.

To be able to take a patch of sky and unleash computers to find so many gravitational lensings you could then make a three - dimensional depth map billions of light - years deep so you can find the patchiness of dark matter — that is very impressive.

Two - dimensional materials have unique electronic properties that are considered key to adapting them for spintronics applications, and there is a very active worldwide R&D effort focused on tailoring these materials for specific uses by selectively stacking different types.

Graphene, the best known of the hundreds of two - dimensional crystals investigated to date, has a very high surface - to - mass ratio.

In many ways, they very broadly resemble something like graphene, which is also a very thin layer of two - dimensional, transparent material.

«The beauty of this technique is that it is very easy and robust, but it still allows you to create three - dimensional miniature tissues that function like normal tissues,» said senior author Bruce Conklin, MD, a senior investigator at Gladstone.

A new microscope allows three - dimensional imaging of living systems at very high resolution in real time.

Magnetic charge ice is two - dimensional, meaning it consists of a very thin layer of atoms, and could be applied to other thin materials, such as graphene.

«A picture is worth 1,000 words, and very often, getting a first three - dimensional view of a component of the cell gives you valuable insight — often surprising and unexpected — that you could not anticipate.

Two - dimensional chromium - triiodide magnets have a unique advantage in that an electric field can be directly applied to activate the switching, and very little energy is required.

People have studied this in artificial semiconductor quantum wells in the very far - infrared wavelength range, but this is the first time it has been observed in a naturally occurring low - dimensional material and at such a short wavelength.»

It can be used to control which molecules link with others to form polymers, so we can create very tightly packed three - dimensional nanostructures with metamaterial properties.

«That situation was very frustrating because I could not get precise knowledge of the one - dimensional characteristics of nanotubes in such films, which is most important.

«One - dimensional metals are predicted to be very different from 2 - D and 3 - D,» Kono said.