Luis Castañeda’s article, \"Present Status of the Development and Application of Transparent Conductors Oxide Thin Solid Films \", has been retraced by Ray Boxman because of plagiarism.
The scientific community takes a very strong view on this matter and we treat all unethical behavior such as plagiarism seriously. This paper published in Vol.2 No.9 1233-1242, 2011, has been removed from this site.
The present corpus study aimed to examine whether Basque (OV) resorts more often than Spanish (VO) to certain grammatical operations, in order to minimize the number of arguments to be processed before the verb. Ueno & Polinsky (2009) argue that VO/OV languages use certain grammatical resources with different frequencies in order to facilitate real-time processing. They observe that both OV and VO languages in their sample (Japanese, Turkish and Spanish) have a similar frequency of use of subject pro-drop; however, they find that OV languages (Japanese, Turkish) use more intransitive sentences than VO languages (English, Spanish), and conclude this is an OV-specific strategy to facilitate processing. We conducted a comparative corpus study of Spanish (VO) and Basque (OV). Results show (a) that the frequency of use of subject pro-drop is higher in Basque than in Spanish; and (b) Basque does not use more intransitive sentences than Spanish; both languages have a similar frequency of intransitive sentences. Based on these findings, we conclude that the frequency of use of grammatical resources to facilitate the processing does not depend on a single typological trait (VO/OV) but it is modulated by the concurrence of other grammatical features.
Anthropogenic warming of near-surface atmosphere in the last
50 years is dominant over the west Antarctic Peninsula. Ozone depletion has led
to partly cooling of the stratosphere. The positive polarity of the Southern Hemisphere
Annular Mode (SAM) index and its enhancement over the past 50 years have intensified
the westerlies over the Southern Ocean, and induced warming of Antarctic Peninsula.
Dictated by local ocean-atmosphere processes and remote forcing, the Antarctic sea
ice extent is increasing, contrary to climate model predictions for the 21st century,
and this increase has strong regional and seasonal signatures. Models incorporating
doubling of present day CO2 predict warming of the Antarctic sea ice
zone, a reduction in sea ice cover, and warming of the Antarctic Plateau, accompanied
by increased snowfall.
The purpose of this paper is to provide a
new set of tools for policy makers at central banks. Based on the Garman-Kohlhagen
 formula for currency options, this research extends it with the
Taylor-rule expression used for inflation targeting, thus obtaining the
corresponding Call and Put options and the first and higher-degree partial
derivatives known as “Greeks” for key variables such as the policy target
domestic interest rate and the output gap.
In this paper, the author confirmed a new theory to explain the
mechanical behavior of macroscopic bodies. The confirmed
hypothesis is the Theory of Dynamics Interaction by the Professor Gabriel
Barceló. Barceló explained his theory in an article called “Analysis of
Dynamics Fields in Noninertial Systems”, World
Journal of Mechanics, Vol. 2, No. 3, 2012, pp. 175-180. This
hypothesis holds that the mechanical behavior of macroscopic bodies in a
non-inertial environment opens new assumptions on inertial fields and
rotational dynamics. An associated experiment was presented to support the
discussion in the paper. The author first became aware of the proposals
of Professor Gabriel Barceló’s Theory of Dynamics Interaction through his 2006
article on Saturn planet rings, which suggested unsolved phenomena in
rotational dynamics and the inception of a novel theory . Intuitively,
the author realized himself about the fact that the cosmos is mechanical from
its smallest to its widest comprehensible appreciation. If material behavior is
mechanical everywhere and every time, from a subatomic particle, wave or
string, to a cluster of galaxies, then our understandable solutions must comply
with the Laws of Motion, it could be believed.
polyphenols are one of the most diverse to most other groups of bioactive
phytochemicals. Polyphenols can be found in a wide range of foods that are
derived from plants. Polyphenols are made up of various subgroups, but it’s the
phenolics, stillbenes, and flavonoids that engender positive impacts on
cardiovascular health. These three phytochemical compounds can reduce cardiovascular
conditions such as hypertension and coronary heart disease. Remarkably,
polyphenols and its subgroups can be found ubiquitously in most human diets. As
a result, many studies have effectively illustrated the positive impacts
polyphenols can induce when processed by the human body. Furthermore, research
efforts have shown that modern diets and more “traditional” diets have
unknowingly promoted the consumption of foods rife with polyphenols. These
findings are starting to be incorporated into the public health discipline as a
more practical option for more sustainable nutritional interventions. In all,
polyphenols can produce a myriad of positive developments on at the micro and