The Umayyad state has raised on a basic support represented by Arab discrimination
. In time the prospect of the Islamic call has expended . The Arab Islamic world parties
have expended to include Arabs and non Arabs of different races . the suppor
ters have
become as second center in the literary status and the social treatment on both . The
political parties have noticed that there is a type of a complaint of the supporter so they
attracted them to it . This discrimination has extended to include the Arabs themselves so
they sided with the tribe bloc and persecuted others . The conflict has been between Arabs
and non Arabs and between Arabs themselves Yemen and Al-Qaysiyah,This was one of
the reasons for the deterioration of the Umayyad state and its fall .
Due to the economical and medical importance of the Capparisspinosa plant and the
wide distribution of this plant in the Syria environment, it was thought that a study of the
composition of Essential Oil extracted from this plant.
The Capparisspin
osa Essential Oil was extracted and purified components wher
studied by GC-Mass spectrometry.
The Oil was obtained by steam distillation (Clevegerexractor) and by solvent n-
Hexane. Components have been found which was about (98.9 %) from the total of
essential oil.
The major components were determined by steam distillation which were the
following:Palmitic acid (21.12%), Hexatriacontane (15.87%), n-Heneicosane (10.96%),
Pentatriacontane (9.92%), Hexahydrofarnesyl acetone (8.51%).
The major components were determined by solvent Hexane: Isobornyl acrylate
(66.89%), 2-Azido-2,3,3-trimethylbutane (6.09%), Ethanolamine (5.41%).
The seeds of Syrian cumin and Brown mustard used for human
nutrition were analyzed in this study to determine some of their
major chemical constituents and minerals.
The results showed that the contents of cumin and mustard seeds
were protein , l
ipids,
phospholipids , ash respectively.
Mineral contents were phosphorus, ,calcium , Magnesium , potassium , and iron for cumin and
mustard seeds respectively.
In September 2014 the collected air-green samples of Fennel herb
were gathered. Then the volatile oil from fresh samples was
extracted with N-hexane and other samples with steam distilled
water.
We describe a Plug-and-Play controllable language generation framework, Plug-and-Blend, that allows a human user to input multiple control codes (topics). In the context of automated story generation, this allows a human user lose or fine grained con
trol of the topics that will appear in the generated story, and can even allow for overlapping, blended topics. We show that our framework, working with different generation models, controls the generation towards given continuous-weighted control codes while keeping the generated sentences fluent, demonstrating strong blending capability.