Open Access Journals
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Highly Accessed
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Journal of Accounting, Marketing and Finance Marketing (JAMFM)
Boosting The Economy. -
American Journal of Agriculture, Horticulture and Soil Science (AJAHS)
Protecting the Future. -
Journal of Chemicel Engineering and Applied Chemistry (JCEAC)
History of Engineering Research In Chemicals -
Journal of Electrical Engineering and Computer Science (JEECS)
Mechanism at its best. -
American Journal of Mathematics and Physics Application (AJMPA)
Everything in life has a pattern of Mathematics and impact of Physics. -
American Journal of Medical and Pharmacy Research (AJMPR)
Where Life Begins.
Open Access and Peer Review Journals
SDIP Press is a peer review, Open Access Scientific research publication journal that publishes 17 Diverse Categories of Journals. SDIP Press has more than 300 Academic reviewer from all over the world. Our journals have a very low application process charge and fast publication record. The journals are listed below :
A-Z Categories
Latest Articles
Performance of Onion (Allium cepa L.) in Organic System Using Combined Organic Fertilizer and Trichoderma in Split Application
Paper ID: AJAHS-28-10-2019-148
Abstract : Conventional onion production in Nueva Ecija, Philippines requires excessive application of inorganic fertilizer and pesticides for maximum yield and protection from pests. In an effort to develop an alternative farming practices that is environment friendly, the research aimed to determine the response of onion on the combined use of organic fertilizer and Trichoderma in split application.
The following were the treatments carried out in an organic area in a completely randomized block design: Treatment 1= Organic fertilizer alone (8t/ha) applied at planting; Treatment 2= Organic fertilizer (8t/ha) applied twice (basal and at 30 DAT); Treatment 3= Organic fertilizer (8t/ha) applied twice (basal and at 30 DAT) plus Trichoderma applied once at planting; Treatment 4= Organic fertilizer (8t/ha) applied basal and at 30DAT + Trichoderma applied twice at planting and at 30 DAT ; and Treatment 5= Organic fertilizer (8t/ha) applied twice at planting and at 30 DAT + Trichoderma applied thrice at planting, 30 DAT and during bulb formation
Results indicate that the combined application of organic fertilizer (8t/ha) applied twice (basal and at 30 DAT) + Trichoderma applied thrice at planting, 30 DAT and during bulb formation consistently recorded the highest yield of 15.33 t/ha and 14.50 t/ha, during the first and second year trials, respectively.
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Modeling of cloth-fell movement on an air jet loom
Paper ID: EJFTE-25-10-2019-145
Abstract : Weaving is the most versatile means of fabric formation. During the weaving process, it is essential to maintain a stationary cloth fell to ensure fabric quality despite cyclic variation in warp tension due to shedding, beat-up, take-up and let-off actions. Though many attempts have been made by researchers to model cloth-fell movement, these attempts were made under assumptions that may not be realistic due to the complex tension profile of the warp and hence could not provide high accuracy. A mathematical model explaining the relationship between the initial warp tension and the cloth-fell movement with a high level of accuracy has been developed by considering material properties such as elastic moduli, shed parameters, shed geometry, loom parameters and slay-mechanism parameters. The model has been validated using experimental results obtained with an accuracy of ± 0.15 mm that statistically demonstrated that no difference exists between the experimental and theoretical results at a 95% confidence level. The model developed can help even an inexperienced loom operator set the initial warp tension to acceptably control cloth-fell movement, which determines the quality of the woven fabric; hence, these findings have significant industrial implications.
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HEMATOPOIETIC PROPENSITY OF ETHANOLIC LEAF EXTRACT OF Colocasia esculenta LINN. IN WISTAR RATS
Paper ID: AJMPR-17-10-2019-140
Abstract : The aim of this study is to evaluate the hematopoietic propensity of ethanolic leaf extract of Colocasia esculenta in wistar rats. Fifteen rats used for the experiment were acclimatized for seven days were divided into three groups of five rats each. Animals in group A were administered saline solution, those in group B were administered 250 mg/kg body weight of C. esculenta leaf extract, while those in group C were administered 500 mg/kg body weight of C. esculenta leaf extract. The administration was done 12 hourly for twenty-eight days via oral route since the plant is consumed orally. At the end of the treatment, animals were fasted overnight and anaesthetized using diethyl ether. Blood samples were collected by cardiac puncture. A significant increase was observed in the PCV, Hb, RBC, MCV, WBC, lymphocyte, neutrophil and platelet counts of control animals when compared with those treated with leaf extract of C. esculenta at p<0.05. The significant increase observed in the erythrocyte parameters of animals used in this study indicates that C. esculenta leaves have haematopoietic properties and can be used to boost blood level especially in menstruating and pregnant women as well as anaemia patients. Its ability to significantly increase white blood cell parameters is an indication that C. esculenta leaves can boost the immune system and thus defend the body against xenobiotics.
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Screening of Cane Genotypes Under Sprinkler Irrigation at Early Selection Stage for Tolerance to Sugarcane Streak Mosaic Virus (SCSMV) at Ferké Sugar Estates in Ivory Coast
Paper ID: AJAHS-17-10-2019-139
Abstract : Sugarcane streak mosaic virus (SCSMV) became the major endemic disease of economic importance in Ivorian sugar estates almost two years ago, which spreads very fast across plantations and varieties. The study aimed to determine resistant sugarcane genotypes against SCSMV in Ferké sugar estates. It involved five experiments conducted at first selection stage under sprinkler irrigation, following a randomized complete block design (RCBD) with 20 to 30 different genotypes, two check varieties included, all in 4 replicates. Experiments were planted in October or December 2018, and expected to be harvested in November or December 2019 and 2020 as plant cane and first ratoon, respectively. Disease incidence and severity across all experiments were determined at 3 to 4 months, i.e. at early formative growth stage where symptoms due to SCSMV can be easily observed and recognized in the field. Highly significant differences in disease incidence and severity within cane genotypes tested were observed which shows their genetic diversity regarding crop resistance or susceptibility to SCSMV. Fifty percent of genotypes tested were found tolerant that disease, 23% moderately resistant as well as susceptible, 4% highly susceptible and 5% asymptomatic or supposed to be highly resistant. At the end of the current selection stage under way, i.e. after harvest of first ratoon, only the best yielding genotypes among the resistant ones will undergo the advanced selection stage.
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SIMULATION OF A ROBOT ARM THAT MIMICS THE ANGULAR MOVEMENT AND CONTROL OF AN AUTHENTIC HUMAN ARM
Paper ID: JEECS-15-10-2019-137
Abstract : This paper contains the research report of the simulation of robot arm of model ISO18E using simulink software to achieve reproducing a robot arm that will mimic the functionality and control of an authentic human arm at different joints. The challenges were found to be the ability to determine the basic characters of the robot arm including evaluating the positioning in simulation and the model cost. The method used to get the results was simulation of a modeled robot arm ISO18E in a software environment (simulink software). In the research the modeled robot arm, five joints were simulated referencing the authentic human arm and its joints. The human joints taken into considerations were the shoulder, elbow, wrist, metacarpophalangeal and the interphalangeal joints. The results of controlling effects of the simulated robot arm were compared with the prototype of real human arm and from the comparison it was found that the robot arm was able to be simulated to have same angular rotation per instant time at each joint as the real human arm. This research will proffer a reasonable assistance to the armless and deformed community to accomplish a task without stress and constraints in gripping, manipulating and controlling with the aid of this robot arm.
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