APA : Mhatre, A. and Jamdhade, V. (2020). Effect of organic fertilizers on pigment content and cooking time of Bhindi. JBNB, 09: 35-40.
Chicago : Mhatre, A. and Jamdhade, V. Effect of organic fertilizers on pigment content and cooking time of Bhindi.JBNB, 09 (2020): 35-40.
MLA : A., Mhatre and V., Jamdhade. “Effect of organic fertilizers on pigment content and cooking time of Bhindi.” JBNB, 09, 2020,35-40.
APA : Dani, A. S., Sukhadare, D. M. and Nandi, V. N.(2020). Mechanical analog to ion trap JBNB, 09: 41-49.
Chicago : Dani, A. S., Sukhadare, D. M. and Nandi, V. N. Mechanical analog to ion trap. JBNB, 09 (2020): 41-49.
MLA : Abhishek, S. Dani, et al. “Mechanical analog to ion trap. JBNB, 09, 2020,41-49.
APA : Kahandal, S. S., Kadam, P. S., Khan, A., Ahire, D., Shaikh, U., Singh, S., Mishra, P., Varma, P. and Saha, M.(2020). Comparative evaluation of drying methods on Vitamin C and protein content of Moringa oleifera leaves. JBNB, 09: 50-56.
Chicago : Kahandal, S. S., Kadam, P. S., Khan, A., Ahire, D., Shaikh, U., Singh, S., Mishra, P., Varma, P. and Saha, M. Comparative evaluation of drying methods on Vitamin C and protein content of Moringa oleifera leaves. JBNB, 09 (2020):50-56.
MLA : Sandeep, S. Kahadal, et al.“Comparative evaluation of drying methods on Vitamin C and protein content of Moringa oleifera leaves. ” JBNB, 09, 2020,50-56.
APA : Mhatre, A. and Jamdhade, V. (2020). Effect of organic fertilizers on pigment content and cooking time of Bhindi. JBNB, 09: 35-40.
Chicago : Mhatre, A. and Jamdhade, V. Effect of organic fertilizers on pigment content and cooking time of Bhindi.JBNB, 09 (2020): 35-40.
MLA : A., Mhatre and V., Jamdhade. “Effect of organic fertilizers on pigment content and cooking time of Bhindi.” JBNB, 09, 2020,35-40.
Use of chemical fertilizers and pesticides is becoming more and more difficult due to its increasing cost and probable harmful effects on crops as well as human health. This is the reason many farmers nowadays are opting organic farming. As a result, organic fertilizers and pesticides are more in demand. The current research evaluates the efficacy of 3 easily available organic fertilizers including Beej Sanjeevani (as a seed treating agent), Humaur (foliar spray) and Myceemeal (soil fertilizer). The crop used was Abelmoschus esculentus L.
Moench Var. Parbhani Kranti, commonly known as Okra or Bhindi. The effect of these fertilizers is determined by comparison of the Chlorophyll and β-Carotene content in treated and untreated plants, as well as cooking time taken by the pods of the treated and untreated plants. For determining the cooking time, four common methods of cooking were employeddeep fry, shallow fry, baking and steaming.
It was found that Humaur foliar spray gave the best results in terms of the pigment content as well as the cooking times, followed by Beej Sanjeevani seed treatment. Their results were also found out to be statistically significant, when compared to the control. Myceemeal and Myceemeal in combination with Humaur and Beej Sanjeevani, however performed poorly in the tests.
APA : Dani, A. S., Sukhadare, D. M. and Nandi, V. N.(2020). Mechanical analog to ion trap JBNB, 09: 41-49.
Chicago : Dani, A. S., Sukhadare, D. M. and Nandi, V. N. Mechanical analog to ion trap. JBNB, 09 (2020): 41-49.
MLA : Abhishek, S. Dani, et al. “Mechanical analog to ion trap. JBNB, 09, 2020,41-49.
APA : Kumavat, U.(2020). Awareness about plant health: An upsurge need of current era. JBNB, 09: 14-16.
Chicago : Kumavat, U. Awareness about plant health: An upsurge need of current era.JBNB, 09 (2020): 14-16.
MLA : Urmila, Kumavat. “Awareness about plant health: An upsurge need of current era.” JBNB, 09, 2020,14-16.
APA : Kahandal, S. S., Kadam, P. S., Khan, A., Ahire, D., Shaikh, U., Singh, S., Mishra, P., Varma, P. and Saha, M.(2020). Comparative evaluation of drying methods on Vitamin C and protein content of Moringa oleifera leaves. JBNB, 09: 50-56.
Chicago : Kahandal, S. S., Kadam, P. S., Khan, A., Ahire, D., Shaikh, U., Singh, S., Mishra, P., Varma, P. and Saha, M. Comparative evaluation of drying methods on Vitamin C and protein content of Moringa oleifera leaves. JBNB, 09 (2020):50-56.
MLA : Sandeep, S. Kahadal, et al.“Comparative evaluation of drying methods on Vitamin C and protein content of Moringa oleifera leaves. ” JBNB, 09, 2020,50-56.
APA : Manjramkar, V.(2020). Domestication of rice: Varieties and utility. JBNB, 09: 17-21.
Chicago : Manjramkar, V. Domestication of rice: Varieties and utility. JBNB, 09 (2020): 17-21.
MLA : Vinda, Manjramkar. “Domestication of rice: Varieties and utility. JBNB, 09, 2020,17-21.
APA : Deshmukh, A., Shaikh, N. N., Soni, N. and Kumavat, U. (2020). Carbon sequestration potential of tree species of VPM campus, Thane. JBNB, 09:57-60.
Chicago : Deshmukh, A., Shaikh, N. N., Soni, N. and Kumavat, U. Carbon sequestration potential of tree species of VPM campus, Thane. JBNB, 09(2020):57-60.
MLA : Aishwarya, Deshmukh, et al. “Carbon sequestration potential of tree species of VPM campus, Thane.” JBNB, 09, 2020,57-60.
APA : Saha, M(2020). Plant health monitoring using IOT: Smart options for Indian farmers. JBNB, 09: 22-26.
Chicago : Saha, M. Plant health monitoring using IOT: Smart options for Indian farmers. JBNB, 09 (2020):22-26.
MLA : Moitreyee, Saha. “Plant health monitoring using IOT: Smart options for Indian farmers. ” JBNB, 09, 2020,22-26.
APA : Shinde, V., Shekharan, S. and Koli, A.(2020). Microcontroller based heart rate monitoring system. JBNB, 09:61-65.
Chicago : Shinde, V., Shekharan, S. and Koli, A. Microcontroller based heart rate monitoring system. JBNB,09 (2020): 61-65.
MLA : Varsha, Shinde, et al. “Microcontroller based heart rate monitoring system.” JBNB, 09, 2020,61-65.
Aim of our work is to monitor the human heart rate of the patient. For a patient who is already diagnosed with fatal heart disease, their heart rate condition has to be monitored continuously. This paper proposed an alert system that is able to monitor the heart beat rate condition of patients. The heart beat rate is detected using photoplethysmograph (PPG) technique. This signal is processed using an ATMEL 89S52 microcontroller to determine the heart beat rate per minute. A desired amount of sensor value is set and if it is exceeded preliminary steps should be taken by the indicated LCD monitor. The EARTBEAT sensor information will be transmitted from the patient unit to the main controller unit with the help of a data communication system which is connected with the microcontrollers in the both
units. Thus, doctors can monitor and diagnose the patient's condition continuously and could
suggest earlier precaution for the patients themselves. This will also alert the family members to quickly attend the patient. The design method is developed in Embedded C and simulate in KEIL and implemented on Microcontroller ATMEL 89S52.
APA : Bhangale, N. S. and Saha, M. (2020). Evaluation of antidandruff activity of twig powder from Lawsonia inermis L. JBNB, 09:66-70.
Chicago : Bhangale, N. S. and Saha, M. Evaluation of antidandruff activity of twig powder from Lawsonia inermis L. JBNB, 09(2020): 66-70.
MLA : Snehal, N. Bhangale and Moitreyee Saha. “Evaluation of antidandruff activity of twig powder from Lawsonia inermis L.” JBNB, 09, 2020,66-70.
Dandruff is the major problem in today's world. One of the causes is a fungus Malassezia furfur. Medicinal plants are used by many ethnic groups as a source of medicine for the treatment of various ailments in humans. Lawsonia inermis or henna is used as a medicinal plant because it is attributed with strong medicinal properties. To check the antidandruff activity, aqueous and methanol extract of twig powder of Lawsonia inermis L. (Kalyan and
Jodhpur) were tested against Malassezia furfur using agar well method. Different concentrations of Lawsonia inermis L. were used to check the Minimum Inhibitory Concentration (MIC).
APA : Shinde, M., Joshi, V. and Koli, A. (2020). Smart mirror using 8052 microcontrollers. JBNB, 09:71-78.
Chicago : Shinde, M., Joshi, V. and Koli, A. Smart mirror using 8052 microcontrollers. JBNB, 09(2020): 71-78.
MLA : Mayuri, Shinde et al. “Smart mirror using 8052 microcontrollers.” JBNB, 09, 2020, 71-78.
The basic purpose of a Mirror is ‘to reflect’; it gives an image of whatever lies in front of it. The implementations of Science and Technology in our day-to-day activities make life more productive, efficient and raise our standard of living. We here have made an attempt to implement technology in a simple, plain yet widely used object, a Mirror. In our Smart Mirror Project, we have tried to upgrade the functions of a Mirror by displaying User defined information and Real Time and Date only when the mirror detects a presence in front of it. Thus, the Smart Mirror is an informative mirror which displays the data when it is triggered.
The Smart Mirror shows Real Time and Date, this was achieved by interfacing AT89S52 Microcontroller with Real Time Clock (RTC Module with DS1307) and a 16 x 2 LCD. Communication between the Microcontroller and RTC was done using I2C Protocol. Polarized glass in place of regular glass was used in order to display information on the mirror. An IR Sensor is placed at the top side of the mirror which triggers the Mirror ON.
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