While Mr. Lee's dialogue for Spider-Man could be buoyant, peppered with wisecracks, Mr. Ditko lent mood.
|
|
Some thought it was exceptionally heavy winds, others believed ice formed around the rocks and caused them to be buoyant.
|
|
According to Credit Suisse, this is because there will be a recovery in earnings, valuations are attractive and liquidity should be buoyant.
|
|
Of course, as it was, investment with the uncertainty, will not be buoyant and that will affect potential growth of the UK economy.
|
|
The outlook for coal may still be buoyant, even as the government steps up efforts to replenish depleted supplies and deflate a meteoric rally in prices.
|
|
It can be buoyant, furious and glued, for better or worse, to the predawn emissions of an executive Twitter feed with a weakness for capital letters.
|
|
Also designed for the River Thames is Baca Architects' Amphibious House, which rests on ground near the water's edge but is built to be buoyant in the event of a flood.
|
|
"Seeing as the ECB are tipped to go down the path of an interest rate cut, stocks are likely to be buoyant between now and the announcement," CMC Markets analyst David Madden said.
|
|
There were a series of ECB speeches and what should be buoyant new growth forecasts due later from the European Commission, though bond markets were mostly quiet following a rally this week in benchmark U.S. Treasuries and Bunds .
|
|
While the industry has plenty to be buoyant about, including rapid and sustained Chinese demand for liquefied natural gas (LNG) and the shale gas revolution in the United States, it is running the risk of getting ahead of itself, while ignoring the threats it faces.
|
|
Dry flies are designed to be buoyant, or land softly on the surface of the water. Dry flies typically represent the adult form of an aquatic or terrestrial insect. Dry flies are generally considered freshwater flies.
|
|
Buckminster Fuller designed floating cities (air-filled) so lightweight that they would be buoyant only by the effect of solar heat warming the air within to slightly less density than the surrounding air. As domes, they were about 1/2 mile diameter. As floating spheres, the cities would not experience earthquakes.
|
|
10–11 The ships had of freeboard that could be increased by hinged bulwarks abreast the turrets. In service the ships proved to be buoyant and seaworthy although they rolled heavily which meant that their decks were often awash. Their flat bottom and small rudder, however, caused steering problems before the wind.Parkes, p.
|
|
Black Boerboel The Boerboel's distinctive facial characteristics. The boerboel is a large dog, with a strong bone structure and well developed muscles. The head appears blocky, but not overdone, with a short length between the stop and nose. It should look impressive, carrying himself with confidence and powerful movement, which should be buoyant, and unencumbered, despite its size.
|
|
Some of these gases are trapped in the mat, causing the mat to be buoyant. As fermentation proceeds, fermentable substrate is exhausted, gas production decreases, and particles lose buoyancy due to loss of entrapped gas. Digesta in the mat hence goes through a phase of increasing buoyancy followed by decreasing buoyancy. Simultaneously, the size of digesta particles–relatively large when ingested–is reduced by microbial fermentation and, later, rumination.
|
|
A gas panel inside the bell is supplied by the bell umbilical and the emergency gas cylinders, and supplies the divers' umbilicals and sometimes BIBS sets. There will be racks to hang the divers' excursion umbilicals, which for this application must not be buoyant. Abandonment of a type 2 wet bell requires the divers to manage their own umbilicals as they ascend along a remaining connection to the surface.
|
|
A buddy line is a line or strap physically tethering two scuba divers together underwater to prevent separation and as a means of communication in low visibility conditions. It is usually a short length and may be buoyant to reduce the risk of snagging on the bottom. It doesn't need to be particularly strong or secure, but should not pull free under moderate loads, such as line signals. Divers may communicate by rope signals, but may just use the line to attract attention before moving closer and communicating by hand signals.
|
|
Stinco was born in Tunis, Tunisia, and studied at the École nationale supérieure des Beaux-Arts in Paris in the studio of Edouard Albert, Paul Herbé and Jean Prouvé. In 1967 Stinco and fellow-architects Jean Aubert and Jean- Paul Jungmann formed the group "Utopie" along with sociologists Hubert Tonka, Jean Baudrillard and others. Their goal was to create buildings that would be buoyant, mobile and ephemeral, in contrast to the intert and repressed post- war architecture of the time. The architects organized an exhibition in March 1968 at the Musee d'Art Moderne de la Ville de Paris called "Structures Gonflables".
|
|
Divers should be well trained in general diving skills before attempting this type of search. The search diver is responsible for maintaining sufficient tension on the search line so the signals can be transmitted and received. If a surface marker is used, slack in the line should be kept to a minimum to avoid entanglement. This is easiest if a reel is used to control the line, or alternatively the line should be buoyant, to keep it as far from the divers as possible, but buoyant lines will still tend to wrap around the shotline in the centre if there is enough slack.
|
|
At the same temperature, a column of dry air will be denser or heavier than a column of air containing any water vapor, the molar mass of diatomic nitrogen and diatomic oxygen both being greater than the molar mass of water. Thus, any volume of dry air will sink if placed in a larger volume of moist air. Also, a volume of moist air will rise or be buoyant if placed in a larger region of dry air. As the temperature rises the proportion of water vapor in the air increases, and its buoyancy will increase.
|
|
A related structure modality is tensegrity. Conceivably, an ultralightweight structure evacuated of air would float in the atmosphere, much as a buoy floats in water A crushing load is present destabilizing such structures. However, enclosed-air structures perhaps made of tensairity beams in a tensegrity format holding an enveloping skin could be heated by solar energy and interior activity and then become lighter than air, like hot-air balloons. A torus of 72 inch major diameter and 27 inch minor diameter displaces about 5 pounds of atmosphere, so if the torus weighed less than 5 pounds, and was evacuated, it would be buoyant.
|
|
Buoyancy coefficient of income tax in India during 1997-98 to 2007-08 (Source:Compiled from reports of Comptroller and Auditor General of India for relevant years) Tax buoyancy is an indicator to measure efficiency and responsiveness of revenue mobilization in response to growth in the Gross domestic product or National income. A tax is said to be buoyant if the tax revenues increase more than proportionately in response to a rise in national income or output. A tax is buoyant when revenues increase by more than, say, 1 per cent for a 1 per cent increase in GDP. Usually, tax elasticity is considered a better indicator to measure tax responsiveness.
|
|
On Earth, aquatic life is often found at the ice-water interface, so researchers designed the robotic rover to be buoyant and use its two wheels ( each) to roll along beneath the ice and look for life or their biosignatures. Scientists can also learn a lot from the topography of the underside of the ice, including how the ice forms. And the ice can act as a trap for gases, either from biological or geological processes. The first BRUIE prototype began testing in 2012 in an Arctic lake in Alaska,Remote Under-Ice Roving in Alaska with the Buoyant Rover for Under-Ice Exploration.
|
|
Another eruption would begin once the new crust has cooled and thickened enough for it to no longer be buoyant over the molten lava. Map of temperature and crust age of Loki Patera obtained by the Large Binocular Telescope On March 8, 2015 a rare orbital alignment occurred between Io and Europa, two of Moons of Jupiter, that allowed researchers to separate heat being emitted. They were able to accomplish this because Europa's surface is coated in water ice which reflects small amounts of sunlight at infrared wavelengths. Scientists were able to determine that there were two waves of resurfacing lava, which explains the change in brightness on Loki Patera every 400–600 days.
|
|
The body of glass squids (Cranchiidae) is mainly filled by a transparent coelom containing ammonium ions for buoyancy. Unlike nautiloids which have gas-filled chambers inside their shells which provide buoyancy, and octopuses which live near and rest on the seabed and do not require to be buoyant, many squid have a fluid-filled receptacle, equivalent to the swim bladder of a fish, in the coelom or connective tissue. This reservoir acts as a chemical buoyancy chamber, with the heavy metallic cations typical of seawater replaced by low molecular- weight ammonium ions, a product of excretion. The small difference in density provides a small contribution to buoyancy per unit volume, so the mechanism requires a large buoyancy chamber to be effective.
|
|
Over time, because the solidified lava is denser than the still-molten magma below, this crust can founder, triggering an increase in thermal emission at the volcano. For some lava lakes, like the one at Pele, this occurs continuously, making Pele one of the brightest emitters of heat in the near-infrared spectrum on Io. At other sites, such as at Loki Patera, this can occur episodically. During an overturning episode at these more quiescent lava lakes, a wave of foundering crust spreads out across the patera at the rate of about per day, with new crust forming behind it until the entire lake has been resurfaced. Another eruption would only begin once the new crust has cooled and thickened enough for it to no longer be buoyant over the molten lava.
|
|
In 1670, the Jesuit Father Francesco Lana de Terzi, sometimes referred to as the "Father of Aeronautics", published a description of an "Aerial Ship" supported by four copper spheres from which the air was evacuated. Although the basic principle is sound, such a craft was unrealizable then and remains so to the present day, since external air pressure would cause the spheres to collapse unless their thickness was such as to make them too heavy to be buoyant. A hypothetical craft constructed using this principle is known as a Vacuum airship. A more practical dirigible airship was described by Lieutenant Jean Baptiste Marie Meusnier in a paper entitled "Mémoire sur l’équilibre des machines aérostatiques" (Memorandum on the equilibrium of aerostatic machines) presented to the French Academy on 3 December 1783.
|
|