How Climate Change Impact on Air Travel

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   Introduction to Climate Change Impact on Air Travel. In this regard, Manoj Joshi , [1] Professor of the Department of Meteorology at the  University of East Anglia [1] in the European country of Britain, said that "C.A.T (Clear Air Turbulance) occurs at certain altitudes or in certain areas. Since it cannot be predicted in advance, sometimes the impact is more on the passenger". Therefore, wearing a 'seat belt' Experts say that climate change could also be a reason for the sudden shaking of planes in mid-air.  In recent times, there have been more incidents of sudden shaking of planes in mid-air.  Last month, a Singapore Airlines flight from London, UK to Singapore shook mid-air like this.  In this, one passenger died;  Also, more than 70 people were injured. Such incidents are happening more recently.  The main reason for this is  'Clear Air Turbulence'   [2] known as C.A.D, or 'Clear Air Turbulence'.  This means that the flight...

Bonding Soft with Hard Material Without Glue.

 Electro adhesion, a relatively new technology in the field of robotics and material handling, has gained attention in recent years for its potential to revolutionize various industries. This technology relies on the principle of electric fields to generate forces that allow objects to adhere to each other without the need for physical contact or adhesives. By utilizing this phenomenon, researchers and engineers have developed novel applications that promise to improve efficiency, reduce energy consumption, and enhance safety in a wide range of fields.


One of the key advantages of electro adhesion technology is its versatility. Unlike traditional adhesives or suction cups that have limitations in terms of materials and surface conditions, electro adhesion can be applied to a wide variety of surfaces, including rough, porous, and curved ones. This allows for greater flexibility in handling different types of objects, making it an attractive option for industries such as manufacturing, construction, and logistics.


In addition to its versatility, electro adhesion technology offers significant advantages in terms of energy efficiency. Unlike mechanical grippers or suction devices that require continuous energy input to maintain their grip on an object, electro adhesion relies on static electric fields to hold objects in place. This results in lower energy consumption and reduced wear and tear on mechanical components, leading to cost savings and longer operational lifespans

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Furthermore, electro adhesion technology has the potential to improve safety in various applications. By eliminating the need for physical contact between objects and handling equipment, the risk of damage or injury is significantly reduced. This is particularly important in industries such as electronics manufacturing and medical device assembly, where delicate components or instruments must be handled with precision and care.


Another key benefit of electro adhesion technology is its scalability. The technology can be easily integrated into existing robotic systems or material handling equipment, allowing for seamless deployment in industrial settings. This scalability is especially valuable for industries looking to automate repetitive or hazardous tasks, as it allows for rapid implementation and integration with minimal disruption to existing operations.


Moreover, electro adhesion technology has the potential to enhance productivity and efficiency in various industries. By enabling faster and more precise handling of objects, this technology can reduce cycle times, improve throughput, and optimize workflow processes. This can lead to significant gains in productivity and cost-effectiveness, making it an attractive option for businesses looking to streamline their operations.


In the field of robotics, electro adhesion technology is enabling the development of advanced gripping and manipulation capabilities. By incorporating electro-adhesive pads or electrodes into robotic grippers, researchers are exploring new ways to pick up and manipulate objects with greater dexterity and precision. This has implications for applications ranging from automated assembly and packaging to hazardous material handling and space exploration.


Furthermore, electro adhesion technology is driving innovation in the field of soft robotics. By incorporating flexible and stretchable materials that exhibit electro-adhesive properties, researchers are developing soft grippers and actuators that can conform to complex shapes and textures. This opens up new possibilities for applications in fields such as healthcare, agriculture, and exploration, where delicate or irregularly shaped objects need to be handled with care.


Overall, the development of electro adhesion technology represents a significant advancement in the field of material handling and robotics. With its versatility, energy efficiency, safety benefits, scalability, and productivity gains, this technology has the potential to transform various industries and drive new innovations in automation and manipulation. As researchers continue to explore new applications and advancements in this field, we can expect to see even greater benefits and opportunities emerge in the near future.


New Technic Develop Bonding Soft with Hard Material  Without Glue.


Can the non-sticky and non-sticky hard material technique be used to bond soft materials like tissue without any glue?  How is that possible you ask?  The nature of 'electoadhesion' has made this possible.  That is, when different materials are next to each other and an electric current is passed through them, they are attracted and stick together. 


 Then applying opposite current separates them.  Electroadhesion has recently been used in wall-climbing robots.  But in this only two concrete things are bound.  Scientists have been investigating whether it is possible to make this solid material stick to soft material. 


 


In that way, a research team led by Srinivasa Raghavan, a professor of medicine at the University of Maryland, USA, has succeeded in this research.  The research team has attached metals like silver, graphite and lead to soft vegetables and fruits.  They separated themselves when repulsed.  This industrial glue can be used to easily glue underwater objects.  


Metals must contain electrically conductive ions for electroadhesion to occur.  Similarly, it has been found that soft materials must contain salt ions, so it is not possible to bind materials such as low-conductivity titanium po metals and low-salt grapes.  Scientists say that this technology can be further developed and used in hybrid robots and battery cells.


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