Excālibur1
Kage in the Making 👑
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Actually.. The Application Thread is closed..
By the way you can make it right?
I am eager to join XD
Konohagakure Tavern Version 2.0
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Actually.. The Application Thread is closed..
By the way you can make it right?
I am eager to join XD
black uchiha
Sannin of the Scrolls 📜
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So long my brothers, I will soon be leaving our beloved village, and embark on a search for a better place, One that I can call home.
Wow you get the tech and bounce?
ReXii
Kage in the Making 👑
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I'll get it on asap then, and who the hells leaving.
I must have forgotten to mention the painful death leavers suffer. >_>
Excālibur1
Kage in the Making 👑
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Can't wait for the Academy XD
Can you post here when you make the thread?
------------------------
-Yashiro- is leaving...
ReXii
Kage in the Making 👑
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Excālibur1
Kage in the Making 👑
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Excālibur1
Kage in the Making 👑
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Beating Gloves?
Darth Vader
Sannin of the Scrolls 📜
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What's up you guys?
ReXii
Kage in the Making 👑
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Not much mate, bored to be honest, you?
ReXii
Kage in the Making 👑
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Kevlar?
Well what seems to be the issue your having with approval, i can probably help, i actually learned a little about the material before.
Don't ask why. xd
Vayne
Nara Aficionado
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You must be registered for see links
towards the end
Things I fixed
Is weak to: Wind & Lightning as they both have 'cutting' properties and Kevlar as all fibers conduct electricity.
Is strong against: Fire, Water, double strong against ice since Kevlar functions better under low temperatures.
I think you robbed a bank ReXii and the Kevlar was for protection from le bullets U_U
ReXii
Kage in the Making 👑
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Yüme1
Kage in the Making 👑
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Alright Narutobase needs to learn how to be simpler. To win a fight nowadays you don't have to be good at fighting, just arguing. Not gonna start a rant or anything, but it would be nice to be able to use a jutsu without the properties of every elements I've used thus far being broken up into little pieces T_T.
I don't care what kind of properties fire has, that's not what Naruto's about. It's either stronger or it isn't, and people should stop trying stupid things or looking to find ways to one hit K.O ninjas.
Just had to let a bit of that out, how's everyone's day going so far?
I don't care what kind of properties fire has, that's not what Naruto's about. It's either stronger or it isn't, and people should stop trying stupid things or looking to find ways to one hit K.O ninjas.
Just had to let a bit of that out, how's everyone's day going so far?
ReXii
Kage in the Making 👑
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Custom element Japanese name: Keburaririsu
Custom element English name: Kevlar Release
The element is based on: Earth+Lightning+ Water+ Chakra Control
Facts that prove the element to be possible (in the manga context): Kevlar is synthesized in solution from the monomers 1,4-phenylene-diamine (para-phenylenediamine) and terephthaloyl chloride in a condensation reaction yielding hydrochloric acid as a byproduct. The result has liquid-crystalline behavior, and mechanical drawing orients the polymer chains in the fiber's direction. Hexamethylphosphoramide (HMPA) was the solvent initially used for the polymerization, but for safety reasons, the company that created it replaced it by a solution of N-methyl-pyrrolidone and calcium chloride, now it is well known that alcohol exists in the narutoverse, which means likely high content versions of such exist for the process of cleaning and surgical operations and so on, which makes it a likely element to be created, simply because the correct chlorines and acids are highly likely to exist in the narutoverse, not to mention the other materials, such as fibers and fabrics seem readily available in clothing so the process of the creating of kevlar exists in the narutoverse.
Final proof of the potential existance of Kevlar comes from the village's flak jackets, named as such and used widely because they encompass defensive properties, in a similar way to how a stab vest would be used in real life, which are usually made from kevlar fibers.
Usage Examples:
Kevlar Release: Kevlar Wall
Rank: A rank
Type: Defensive/Offensive
Range: Short-Mid range.
Chakra: 30
Damage: (60 if hit by the wall)
Description: The user will perform two hand seals, and slam his hands on the ground and create a wall made up of either variety of Kevlar that emerges in a fast pace from the ground, roughly the same speed as the earth release technique.
This technique follows the strengths and weaknesses of the Kevlar variety used in it's creation, and can be up to 20 meters in width and height.
Kevlar Release: Kevlar control
Rank: A rank
Type: Offensive/Supplementary.
Range: short-mid
Chakra: 20
Damage: 40
Description: This technique is used to take control of any Kevlar source created on the field by the user, enabling him to change the form, nature and size of the kevlar at will, this technique however can not be used to create Kevlar from the earth, only to manipulate an existing source.
Conditions to be able to use it: Mastery over Earth—Lightning—Water + Good Chakra Control(Ninjutsu Mastery)
Is weak to: The two variants used from Kevlar are the AP variant, which is weak to lightning and wind and the KM2 variant which is weak to earth and fire.
Kevlar additionally has a weakness to all salt water, and any calcium based elements.
Is strong to: The AP variant is strong against earth and fire, whilst the KM2 variant is strong against wind and lightning. All kevlar is resistant to low temperature's actually gaining a double strength against all ice.
Additional notes: The varieties of Kevlar on display are AP and KM2, AP is designed for a dense powerful structure and very high tensile strength giving it increased durability against blunt force trauma such high density fiber in the AP along with the resitant nature of the fiber give it the resitance to earth and fire, whereas on the flipside, KM2 is produced with incredible density but in a compact and tear resistant weave, giving it good durability against any piercing style of attack such as wind and lightning, but at the cost of becoming weak against AP's strengths.
When Kevlar is spun, the resulting fiber has a tensile strength of about 3,620 MPa and a relative density of 1.44. The polymer owes its high strength to the many inter-chain bonds. These inter-molecular hydrogen bonds form between the carbonyl groups and NH centers. Additional strength is derived from aromatic stacking interactions between adjacent strands. These interactions have a greater influence on Kevlar than the van der Waals interactions and chain length that typically influence the properties of other synthetic polymers and fibers such as Dyneema. The presence of salts and certain other impurities, especially calcium, could interfere with the strand interactions and caution is used to avoid inclusion in its production. Kevlar's structure consists of relatively rigid molecules which tend to form mostly planar sheet-like structures rather like silk protein.
Kevlar maintains its strength and resilience down to cryogenic temperatures (−196 °C); in fact, it is slightly stronger at low temperatures. At higher temperatures the tensile strength is immediately reduced by about 10–20%, and after some hours the strength progressively reduces further. For example at 160 °C (320 °F) about 10% reduction in strength occurs after 500 hours. At 260 °C (500 °F) 50% strength reduction occurs after 70 hours.[15]
Co-creator: N/A
Students I passed this custom element on too: N/A
Try it like that.
Feel free to add your own stuff, but a few notes, no gate comparisons, and follow the template people use.
Don't put stuff like "Somewhat offensive" or anything.
Custom element English name: Kevlar Release
The element is based on: Earth+Lightning+ Water+ Chakra Control
Facts that prove the element to be possible (in the manga context): Kevlar is synthesized in solution from the monomers 1,4-phenylene-diamine (para-phenylenediamine) and terephthaloyl chloride in a condensation reaction yielding hydrochloric acid as a byproduct. The result has liquid-crystalline behavior, and mechanical drawing orients the polymer chains in the fiber's direction. Hexamethylphosphoramide (HMPA) was the solvent initially used for the polymerization, but for safety reasons, the company that created it replaced it by a solution of N-methyl-pyrrolidone and calcium chloride, now it is well known that alcohol exists in the narutoverse, which means likely high content versions of such exist for the process of cleaning and surgical operations and so on, which makes it a likely element to be created, simply because the correct chlorines and acids are highly likely to exist in the narutoverse, not to mention the other materials, such as fibers and fabrics seem readily available in clothing so the process of the creating of kevlar exists in the narutoverse.
Final proof of the potential existance of Kevlar comes from the village's flak jackets, named as such and used widely because they encompass defensive properties, in a similar way to how a stab vest would be used in real life, which are usually made from kevlar fibers.
Usage Examples:
Kevlar Release: Kevlar Wall
Rank: A rank
Type: Defensive/Offensive
Range: Short-Mid range.
Chakra: 30
Damage: (60 if hit by the wall)
Description: The user will perform two hand seals, and slam his hands on the ground and create a wall made up of either variety of Kevlar that emerges in a fast pace from the ground, roughly the same speed as the earth release technique.
This technique follows the strengths and weaknesses of the Kevlar variety used in it's creation, and can be up to 20 meters in width and height.
Kevlar Release: Kevlar control
Rank: A rank
Type: Offensive/Supplementary.
Range: short-mid
Chakra: 20
Damage: 40
Description: This technique is used to take control of any Kevlar source created on the field by the user, enabling him to change the form, nature and size of the kevlar at will, this technique however can not be used to create Kevlar from the earth, only to manipulate an existing source.
Conditions to be able to use it: Mastery over Earth—Lightning—Water + Good Chakra Control(Ninjutsu Mastery)
Is weak to: The two variants used from Kevlar are the AP variant, which is weak to lightning and wind and the KM2 variant which is weak to earth and fire.
Kevlar additionally has a weakness to all salt water, and any calcium based elements.
Is strong to: The AP variant is strong against earth and fire, whilst the KM2 variant is strong against wind and lightning. All kevlar is resistant to low temperature's actually gaining a double strength against all ice.
Additional notes: The varieties of Kevlar on display are AP and KM2, AP is designed for a dense powerful structure and very high tensile strength giving it increased durability against blunt force trauma such high density fiber in the AP along with the resitant nature of the fiber give it the resitance to earth and fire, whereas on the flipside, KM2 is produced with incredible density but in a compact and tear resistant weave, giving it good durability against any piercing style of attack such as wind and lightning, but at the cost of becoming weak against AP's strengths.
When Kevlar is spun, the resulting fiber has a tensile strength of about 3,620 MPa and a relative density of 1.44. The polymer owes its high strength to the many inter-chain bonds. These inter-molecular hydrogen bonds form between the carbonyl groups and NH centers. Additional strength is derived from aromatic stacking interactions between adjacent strands. These interactions have a greater influence on Kevlar than the van der Waals interactions and chain length that typically influence the properties of other synthetic polymers and fibers such as Dyneema. The presence of salts and certain other impurities, especially calcium, could interfere with the strand interactions and caution is used to avoid inclusion in its production. Kevlar's structure consists of relatively rigid molecules which tend to form mostly planar sheet-like structures rather like silk protein.
Kevlar maintains its strength and resilience down to cryogenic temperatures (−196 °C); in fact, it is slightly stronger at low temperatures. At higher temperatures the tensile strength is immediately reduced by about 10–20%, and after some hours the strength progressively reduces further. For example at 160 °C (320 °F) about 10% reduction in strength occurs after 500 hours. At 260 °C (500 °F) 50% strength reduction occurs after 70 hours.[15]
Co-creator: N/A
Students I passed this custom element on too: N/A
Try it like that.
Feel free to add your own stuff, but a few notes, no gate comparisons, and follow the template people use.
Don't put stuff like "Somewhat offensive" or anything.
Last edited:
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