Laboratory measurements using nuclear magnetic resonance, scanning electron microscopy, and gas

porosity and permeability analysis were conducted to acquire a petrophysical interpretation of the

Carbon Tan Sandstone and Savonnieres Carbonate for potential carbon dioxide storage in subsurface

formations. The relationships between pore structures, such as pore-size distribution, pore geometry,

and porosity/permeability, were investigated near and far from the wellbore. At operating pressures of

2500psi (17.24 MPa) and temperatures of 176
F (50
C), carbonated water was injected into a composite

core constructed of two similar core samples bounded by a compact disc located between them. The

current results showed that a strong calcite dissolution took place near the injection position of both rock

samples and led to improvements in the primary intergranular permeability and porosity, while the

carbonate sample showed significant improvement compared to sandstone. The durable heterogeneous

dissolution of calcite grains also led to the creation of new pores as intra-granular micro-pores. While at

deeper depths from the injection position, it noticed an insignificant development in pore structure and

its populations as well as rock hydraulic properties of both rock samples. In conclusion, the study

revealed that the injected carbonated brine had a valuable impact on fluid-formation interactive, which

improved rock's inlet properties compared with outlet.

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Understanding the interactions among soil properties,

salinity and the inorganic substances application is

great importance for improving growth of Coriander [Coriandrum sativum L.] in sandy soils. In the present

study, twenty seeds of Coriander were sown during the growing season 2016 to investigate the effe ct of some

inorganic substances [Bentonite, Nano selenium and Micronutrients mixture] on Coriander growth and

properties of sandy soil under salinity condition. A split plot design replicated thrice was used in this study.

The results indicated significa nt succeed in enhancing all estimated soil properties, such as available

nutrients in soil, EC, pH and bulk density. Besides, traits of coriander plant i.e., plant height, fresh, dry weights

and plant chemical composition. Therefore, it could be recommende d that adding of inorganic substances can

improve the sandy soil properties and growth parameters of coriander plant

This paper provides the results of lithostratigraphy and depositional environment of the uppermost Silurian

through Lower Devonian Winduck Interval section from three areas widely distributed in the central Bancannia

Trough from Bancannia South 1 well, the southern Pondie Range Sub-basin from Pondie Range 1 well and the

northwestern part of the Blantyre Sub-basin from two wells, the Booligal Creek 1 and 2. These wells were studied

using wireline log, core and cutting data to predict sequence stratigraphic architecture and its implication for

hydrocarbon sandstone reservoir potential. This study necessitated the use of detailed facies prediction relationships

and geometry of lithostratigraphic concepts for the purpose of establishing a sequence stratigraphic

architecture framework of the studied areas. Two units were established, lower and upper Winduck Interval,

within the Winduck Interval identified by lithological data examination and wireline log characteristics of the

sediments from the four wells in the study area. Results of the lithology type analysis showed that the Winduck

Interval is interbedded richly in sandstone and siltstone complex deposits. This paper presents a clear picture of

the sequence stratigraphic model, as well as that of the three third-order depositional sequences (DS1, DS2 and

DS3, respectively) that are identified from changes in systems tracts patterns (composed of lowstand, transgressive

and highstand), vertical and lateral facies sequence thickness changes and the lithostratigraphic units

distribution in the Winduck Interval section. Potential reservoir prospectivity targets are identified in lowstand

system tracts and highstand system tracts deposits consisting of sandstone facies and thin silts, while the

transgressive system tracts deposits consist of shales and some interbedded shaly siltstones, many having

excellent potential source and seal properties. The contribution of sequence stratigraphy as an approach to

understanding lithostratigraphy of the Winduck Interval has important significance in regard to future hydrocarbon

reservoirs exploration across the central Darling Basin.

Factorial field experiment was conducted to evaluate relationship between two genotypes of local wheat (Triticum aestivum) and phosphorus soil test values. The M 0.5 NaHCO₃ based (Olsen phosphorus) extractant was carried out on soils taken from the plots. The experiment was conducted at western region of Libya. Soil pH at the experimental site was 8.1 and the texture is sandy. The experiment was performed using a randomized complete block design (RCBD) method with three replicates for each treatment of phosphate fertilizer at concentrations of 0, 60, and 120 kg P₂O₅ ha^-1 for both genotypes. Results were expressed by relative values (Relative Yield). Relative yield (RY) of the two wheat cultivars showed similar significant responses to both soil test values and the grain yield. Linear relationship between relative yield and the grain yield at 0 kg P2O5 ha^-1 for both genotypes was found, whereas, non-linear relationship was noticed among treatments that received 120 kg P₂O₅ ha^-1. Both the linear and non- linear relationship have explained by tendency curves and showed how both genotypes response to phosphate fertilizer.

2017 and 2018 at Beni-Suef governorate. Samples from diseased cattle, previously SPPV vaccinated with SPPV, were inoculated in embryonated chicken eggs (ECE) using chorio-allantoic membrane (CAM) route. Histopathological examination of the inoculated CAMs showed large eosinophilic intracytoplasmic inclusion bodies characteristic for LSDV. Characteristic pock lesions were observed after the 1st passage and become clear after the third passage and become clearly observed 4 days post inoculation. For molecular identification, DNA was extracted from a pool of the infected CAMs. Two pairs of primers specific for LSDV including one flanking a 554 bp product of the G gene and second flanking 172 of the RP030 gene were used. In conclusion, LSDV infections have been detected and the virus has been isolated and identified by PCR from cattle previously vaccinated with SPPV vaccine during the summer of 2018

Correlation and sequence stratigraphic interpretation was conducted on the upper Lower through upper Middle

Devonian sandstones of the Snake Cave Interval succession between the southeast Blantyre and northwestern

Neckarboo sub-basins across the central Darling Basin. This article necessitated the definition and use of many

sedimentary lithotypes related to different facies associations and depositional environment criteria for the

purpose of establishing the sequence stratigraphy to aid hydrocarbon exploration of the studied areas. The data

set used a combination of wireline logs, core/cutting data and analysis of the paleo-environments of sedimentary

facies from three wells. The sedimentological analysis showed that the Snake Cave Interval section presents three

different facies associations, which are visible in both vertical and lateral successions, and are characterised as:

meandering and braided fluvial facies associations with minor fluvio-shallow lacustrine complex facies associations.

The Snake Cave Interval section in the studied areas is consistently defined by six third-order depositional

sequences informally named SCS1, SCS2, SCS3, SCS4, SCS5 and SCS6 in the Nyngynderry-1 and Mount Emu-1

exploration wells, and the Kewell East-1 stratigraphic well. All the stratal patterns in the internal sequence

stratigraphic units are asymmetric and marked by lowstand, transgressive and highstand systems tracts separated

by sequence boundaries, maximum flooding surfaces and transgression surfaces with unique gamma-ray log

response characteristics calibrated by particular lithologic aspects. These are all incorporated within the

sequence stratigraphic approach to hydrocarbon reservoir prediction. The stratigraphic architecture of the thirdorder

depositional sequences presented here in our study has implications for the hydrocarbon potential of

sandstone reservoirs in the southeastern Darling Basin including the Snake Cave Interval succession targets.

The purpose of this study is to determine the suitability of system measurements on indoor radio wave propagation at (28–33GHz) which might be used by 5G communication.

This paper is the continuation of a research carried out by Alabish et.al, which depicts the scattering objects effects on a blocked indoor wireless 5G link by a human body using a simple approach. Some measurement were made on the scattering effects due to having an object close to the link in this case it is a human body. In this paper, more measurements were conducted at 32 GHz. The double knife-edge diffraction (DKED) model was used in order to foresee the attenuation due to human body. To test the prediction precision of the model, simulation was then compared with measurements. The obtained results indicate that the assumed simple models for the indoor links performed well.