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Principles of management for the hospitality industry
'Principles of Management for the Hospitality Industry' is designed specifically for hospitality students who need to be able to use management tools and techniques to become successful hospitality managers.
Book
Scanning probe microscopy of soft matter
Well-structured and adopting a pedagogical approach, this self-contained monograph covers the fundamentals of scanning probe microscopy, showing how to use the techniques for investigating physical and chemical properties on the nanoscale and how they can be used for a wide range of soft materials.
eBook
Searches for the light invisible axion-like particle in K+→π+π0a decay
A high-statistics data sample of the
K
+
decays is recorded by the OKA collaboration. A missing mass analysis is performed to search for a light invisible pseudoscalar axion-like particle (ALP)
a
in the decay
K
+
→
π
+
π
0
a
. No signal is observed, and the upper limits for the branching ratio of the decay are calculated. The
90
%
confidence level upper limit changes from
2.5
·
10
-
6
to
2
·
10
-
7
for the ALP mass from 0 to 200 MeV/
c
2
, except for the region of
π
0
mass, where the upper limit is
4.4
·
10
-
6
.
Journal Article
Observation of K+→π+π0π0γ decay
The
K
+
→
π
+
π
0
π
0
γ
decay is observed by the OKA collaboration. About 60 events of the decay observed with signal:noise
≈
1
. The branching ratio obtained by normalization to
K
+
→
π
+
π
0
π
0
is measured to be
(
3.7
±
0.9
(
s
t
a
t
)
±
0.3
(
s
y
s
t
)
)
×
10
-
6
for
E
γ
∗
>
10
MeV
. The branching ratio,
γ
energy spectrum and angular distribution are consistent with ChPT prediction.
Journal Article
Study of K+→π0e+νγ decay with OKA setup
Results of a study of the K+→π0e+νγ decay at OKA setup are presented. More than 32,000 events of this decay are observed. The differential spectra over the photon energy and the photon–electron opening angle in kaon rest frame are presented. The branching ratios, normalized to that of Ke3 decay are calculated for different cuts on Eγ∗ and cosΘeγ∗. In particular, the branching ratio for Eγ∗>30 MeV and Θeγ∗>20∘ is measured R = Br(K+→π0e+νeγ)Br(K+→π0e+νe) = = (0.587±0.010(stat.)±0.015(syst.))×10-2, which is in a good agreement with ChPT O(p4) calculations.
Journal Article
South Asian languages : a syntactic typology
\"South Asian languages are rich in linguistic diversity and number. This book explores the similarities and differences of about forty languages from the four different language families (Austro-Asiatic, Dravidian, Indo-Aryan [Indo- European], and Tibeto-Burman [Sino-Tibetan]). It focuses on the syntactic typology of these languages and the high degree of syntactic convergence, with special reference to the notion of \"India as a linguistic area.\" Several areas of current theoretical interest such as anaphora, control theory, case and agreement, relative clauses, and the significance of thematic roles in grammar are discussed. The analysis presented has significant implications for current theories of syntax, verbal semantics, first and second language acquisition, structural language typology, and historical linguistics. The book will be of interest to linguists working on the description of South Asian languages, as well as syntacticians wishing to discover more about the common structure of languages within this region\"-- Provided by publisher.
Book
The Coherent Production of the (K+π0) System by K+ Beam on Copper Nuclei at the OKA Setup
AbstractOn the statistics of ~1.7 × 108 interactions of positively charged kaons on copper nuclei, coherent events of the K+π0 system production are selected. The cross sections for the Coulomb and coherent strong components and their interference in the region of the K*(892) meson are measured. The partial width for the decay K*(892) → K+γ is determined. When studying the mass spectrum of the K+π0 system, an effect which can be interpreted as the interference of the chiral anomaly and the K*(892) s-channel amplitudes is found. This gives an estimate for the ratio of the observed amplitude of the chiral anomaly to the theoretical one: Aexp/Ath = 0.9 ± 0.24(stat.) ± 0.3(syst.).
Journal Article