m. esmaeilzadeh

Branding of commercial bread wheat cultivars for producing baking products with uniform and acceptable quality by cconsumers is related to sufficient knowledge of different environmental conditions of whaet growing areas in Iran, as well as baking quality properties of grain and dough. Therefore, the aim of this research wwas to investigate grain and dough rheological quality properties including quantity and quality of protein and gluten of the grain samples as well as farinograph and extensograph characteristics and grouping based on various products in the baking industry of 22 irrigated commercial bread wheat cultivars collected from 30 provinces in Iran in 2015-2016. The results showed that the highest and lowest grain protein content was recorded for cv. Mehregan and cv. Uroum with 12.7% and 11.4%, respectively. The wet gluten varied from 20.5% (cv. Sisatan) to 30.9% (cv. Gonbad), zeleny sedimentation value ranged from 18.9 ml (cv. Arg) to 25.5 ml (cv. Mehregan), and SDS sedimentation height varied from 51.3 mm (cv. Sivand) 69.6 mm (cv. Mehregan). The dough prepared from cv. Mehregan (15.5 minutes), Soissons (10.3 minutes) and Chamran 2 (10.1 minutes) showed high dough stability, respectively. The lowest dough stability, among the examined cultivars, was related to cv. Uroum (1.3 minutes) and Sistan (0.2 minutes), respectively. Similar results were observed in extensograph test, cv. Mehregan and cv. Soissons were identified as semi-strong, while cv. Uroum, cv. Ehsan and cv. Heydari had the lowest dough energy. Finally, according to the results of this research some characteristics as growth habit, grain colour, grain hardness, grain protein content, farinograph and extensograph, the studied irrigated commercial bread wheat cultivars were grouped based on end-use products, in four groups, Voluminous breads (industrial breads) and suitable for blending with weaker flours, semi-voluminous breads, flat breads (Iranian breads) and confectionary, cakes, cookies and related industries.

Today, radar systems are used in a variety of applications including remote sensing. One of the most important challenges is to determine the position and the displacement vector of targets with high accuracy. For this purpose, the sensors installed on the ground platforms are used. In this paper, a method is presented that determines the absolute and relative position of the targets and also estimates the displacement of the targets in three dimensions. An FMCW mm-wave ground-based MIMO radar that has two transmitter antennas and four-receiver antennas are simulated. The sensor is designed to move on a two-dimensional plane and received the echo signals which are propagated by transmitters. Using the phase information of the signals captured by receivers antennas in different positions of the sensor, the arrival angle of the signal reflected from the target to the receiver antenna is determined. Then using the least square adjustment equations, the absolute location of the target is determined in the 3D space. Two scenarios were performed to evaluate the proposed model. The first test showed that the RMSE of the absolute position determination is less than 3 mm. in the second scenario, the determination of the displacement vector of the targets is examined. The result shows that the RMSE of the estimated displacement vector in three dimensions is less than 0.1 mm. It was also shown that the proposed method has no limitation in determining the relative displacement with different sizes. The presented model has the ability of the large displacement estimation without using phase unwrapping algorithms.

We study quantum charge and spin pumping in a graphene nanoribbon under two dephase ac gate voltages by using non-equilibrium Green’s function method. Our proposed device consists of two leads and a channel with ferromagnetic insulator. We find that, the device can pump fully spin polarized current and the spin polarization can be easily tuned by setting the Fermi energy. We also investigate the effects of width zigzag silicene nanoribbons ZSNR and compare them with zigzag graphene nanoribbon GNR and show that the pumped charge current in the ZSNR is nearly the same for odd and even numbers of silicon chains but in the zigzag graphene nanoribbon ZGNR strongly depends on nanoribbon width such that the maximum pumped current for width with even numbers of carbon chains is at least five times larger than that with odd numbers.

In this paper predicting of position of satellite based on extended kalman filter with considering hardware implementation consideration and simultaneously maintaining desired accuracy is investigated. For this purpose, first, effective forces on orbital dynamic and nonlinear equation of orbital motion are presented. In order to increasing accuracy of prediction in position of satellite, J2, J3 and J4 harmonics of potential function of the earth are considered and future position of satellite is predicted using linearized dynamic model and applying EKF on this model. Here Measurement data are position and velocity vector of satellite which are extracted by GPS receivers. Since in this paper systematic satellite design is considered, scenario of “ON TIME” of GPS receivers based on power consumption considerations is discussed. Finally simulation results for a LEO satellite and comparing these results with STK results, shows accuracy of presented modeling and equations.

G6PD (Glucose -6- phosphate dehydrogenase) is the first enzyme of pentose phosphate pathway, which plays an important role in NADPH production. NADPH is necessary for preventing of cell oxidation. Deficiency of this enzyme led to hemolysis in some situations. This study has been done to determine the prevalence of G6PD deficiency and its relation with sex, blood group, Rh and familial history of new born in Rafsanjan.

In this cross sectional study blood sample was collected on a special filter paper and the activity of G6PD was measured by fluorescent spot test. The data were analyzed by Chi-square and Fisher exact tesst. Significance was defined as p<0.05.

There were 523 boys and 495 girls out of 1018 alive newborns. The G6PD deficiency was 5.7% for boys, 4.2% for girls and 5% for all the alive newborns. No significant relation, between prevalence of G6PD deficiency and blood group, sex, familial history and Rh were found.

The G6PD deficiency prevalence in Rafsanjan is less than other parts of Iran and the worlds (10%-14.9%). Given the screening test is cheep and easy it is suggested to perform this test at birth to differentiate the relatively or completely deficient sample to prevent of health problems.

Familial cardiac myxoma is a rare syndrome which constitutes approximately 10% or less of all myxomas. We describe a rare case of a simultaneous left atrial and left ventricular mass in a 35- year-old female who presented to our hospital for the evaluation of recurrent cardiac myxoma. Echocardiography revealed a concurrent left atrial and left ventricular mass. Histological findings after surgery confirmed the diagnosis of myxoma

We describe a rare case of LA mass in a 46-year-old man presenting to our service for ‎the evaluation of exertional dyspnea.‎ Echocardiography revealed a unilocular encapsulated large mass that was completely ‎embedded in the LA wall. Surgery was done and histological findings confirmed the ‎diagnosis of a bronchogenic cyst (Iranian Heart Journal 2002, 2003; 3(4) & 4(1): 74-‎‎76).‎