Laboratory Grade CVD 3D Graphene Foam for Battery Electrode Material

1. Materials:

(Laboratory Grade CVD 3D Graphene Foam for Battery Electrode Material)

Overview of Laboratory Grade CVD 3D Graphene Foam for Battery Electrode Material

Graphene ni safu moja ya atomi za kaboni iliyopangwa katika kimiani cha hexagonal, kutengeneza nyenzo mbili-dimensional na mali ya ajabu. Imegunduliwa ndani 2004, tangu wakati huo imevutia jumuiya ya wanasayansi na sekta sawa kutokana na mchanganyiko wake wa kipekee wa nguvu, conductivity, na kubadilika. Graphene kimsingi ni moja, karatasi ya gorofa ya grafiti, nyenzo zinazopatikana katika risasi ya penseli, lakini sifa zake ni tofauti sana zinapotengwa katika safu moja ya atomiki.

Features of Laboratory Grade CVD 3D Graphene Foam for Battery Electrode Material

Nguvu Isiyolinganishwa: Graphene ni nyenzo yenye nguvu inayojulikana, kwa nguvu ya mvutano wa pande zote 130 gigapascals, kupita chuma kwa sababu ya juu 100.

Unyumbufu Uliokithiri: Licha ya nguvu zake, graphene inanyumbulika sana na inaweza kupinda, iliyosokotwa, au kuviringishwa bila kuvunjika.

Upitishaji wa Umeme wa kipekee: Inaendesha umeme vizuri sana, na elektroni zinazotembea kwa kasi zinazokaribia kasi ya mwanga, kuifanya kuwa bora kwa vifaa vya elektroniki.

Uendeshaji wa joto: Graphene pia ni conductor bora wa mafuta, kutawanya joto kwa ufanisi, muhimu katika matumizi ya usimamizi wa joto.

Uwazi: Ni karibu uwazi, kunyonya tu 2.3% ya mwanga, ambayo, pamoja na conductivity yake, inafanya kuwa yanafaa kwa electrodes ya uwazi katika maonyesho.

Ajizi kwa Kemikali: Graphene ni sugu kwa kutu na ni thabiti chini ya anuwai ya hali ya kemikali.

(Laboratory Grade CVD 3D Graphene Foam for Battery Electrode Material)

Parameter of Laboratory Grade CVD 3D Graphene Foam for Battery Electrode Material

1. Materials:
– The battery electrode material should be a single crystal ofGraphene foam with a thickness of around 20 microns.
– The conductive film must be made of another plastic film, such as SiO2 or KERON.
– The resistive layer must also be made of another plastic film, such as SiO2 or KERON.

2. Parameters:
– The carbon atom density (C) of the Graphene foam is 54.71g/mol, and the amount of carbon is 89.8% in the original rock sample.
– The intermolecular distance (DB) between the carbon atoms is about 16.2nm, while the mean intermolecular distance is approximately 20 nm.
– The surface area (SA) of the Graphene foam is 15.5 cm², which is twice that of the pure glass.
– The melting point (MT) of Graphene foam is approximately 445°C.
– The thermal conductivity of Graphene foam is about 4.8 W/m·K, which is twice that of.
– The electrical conductivity of Graphene foam is about 180 mV·cm², which is lower than that of.
– The porosity of Graphene foam is less than 0.1%, which means it is only slightly。
– The permeability of Graphene foam is less than 10^-6 meters per kilogram of water, which is much lower than that of.
– The chemical resistance of Graphene foam is low compared to, with an electrical resistance of only 200 kΩ·V/m·K. This makes it suitable for use in high-speed battery electrodes.

These parameters can be used to optimize the performance of Graphene foam-based battery electrodes, such as improving their charge and discharge efficiency, reducing their thermal current, and improving their electrical conductivity. Zaidi ya hayo, these parameters can be used to test the compatibility of different materials and dimensions for Graphene foam-based electrode materials.

(Laboratory Grade CVD 3D Graphene Foam for Battery Electrode Material)

Applications of Laboratory Grade CVD 3D Graphene Foam for Battery Electrode Material

Elektroniki: Katika transistors, skrini za kugusa, na vifaa vya elektroniki vinavyonyumbulika kutokana na ubadilikaji na unyumbulifu wake, inayoweza kuleta mapinduzi katika muundo wa kifaa.

Hifadhi ya Nishati: Kama electrodes katika betri na supercapacitors, kuboresha uwezo wa kuhifadhi nishati na viwango vya malipo.

Sensorer: Unyeti wa juu na upitishaji hufanya graphene kuwa bora kwa vitambuzi vya kemikali na kibayolojia.

Mchanganyiko: Vifaa vya kuimarisha kama plastiki, metali, na saruji ili kuongeza nguvu na conductivity.

Uchujaji wa Maji: Muundo wake mwembamba wa atomi huwezesha kuchuja kwa ufanisi wa uchafuzi, ikiwa ni pamoja na chumvi, virusi, na bakteria.

Dawa: Matumizi yanayowezekana ni pamoja na mifumo ya utoaji wa dawa na vitambuzi vya kibayolojia kutokana na utangamano wake na sifa za kipekee.

Wasifu wa Kampuni

Graphite-Corp ni wasambazaji wa nyenzo za kemikali wanaoaminika duniani kote & mtengenezaji aliye na uzoefu wa zaidi ya miaka 12 katika kutoa unga wa hali ya juu wa grafiti na bidhaa za graphene.

Kampuni ina idara ya kitaaluma ya kiufundi na Idara ya Usimamizi wa Ubora, maabara yenye vifaa vya kutosha, na iliyo na vifaa vya hali ya juu vya upimaji na kituo cha huduma kwa wateja baada ya mauzo.

Ikiwa unatafuta poda ya grafiti ya ubora wa juu na bidhaa za jamaa, tafadhali jisikie huru kuwasiliana nasi au bonyeza bidhaa zinazohitajika kutuma uchunguzi.

Mbinu za Malipo

L/C, T/T, Muungano wa Magharibi, Paypal, Kadi ya Mkopo nk.

Usafirishaji

Inaweza kusafirishwa kwa bahari, kwa hewa, au kwa kufichua ASAP mara tu risiti ya malipo itakapopokelewa.

FAQs of Laboratory Grade CVD 3D Graphene Foam for Battery Electrode Material

Q: Is Laboratory Grade CVD 3D Graphene Foam for Battery Electrode Material safe for the environment and human health?
A: Utafiti kuhusu athari za kimazingira na kiafya za graphene unaendelea. Wakati graphene yenyewe inachukuliwa kuwa ajizi, kuna wasiwasi kuhusu uwezekano wa sumu ya graphene oxide na derivatives nyingine, hasa katika mifumo ikolojia ya majini.

Q: How is Laboratory Grade CVD 3D Graphene Foam for Battery Electrode Material produced?
A: Graphene inaweza kuzalishwa kwa njia kadhaa, ikiwa ni pamoja na exfoliation mitambo (kumenya tabaka kutoka kwa grafiti kwa kutumia mkanda wa wambiso), uwekaji wa mvuke wa kemikali (CVD), na kupunguza kemikali ya oksidi ya graphene.

Q: Why is Laboratory Grade CVD 3D Graphene Foam for Battery Electrode Material not yet widely used in commercial products?
A: Changamoto za kutengeneza graphene ya hali ya juu kwa njia mbaya na ya gharama nafuu zimezuia kupitishwa kwake kote.. Zaidi ya hayo, kujumuisha graphene katika michakato iliyopo ya utengenezaji kunahitaji maendeleo zaidi ya kiteknolojia.

Q: Can Laboratory Grade CVD 3D Graphene Foam for Battery Electrode Material be used to make stronger and lighter materials?
A: Kabisa, nyongeza ya graphene kwa vifaa vya mchanganyiko huboresha sana nguvu na ugumu wao wakati wa kupunguza uzito, kuwafanya kuwa bora kwa anga, ya magari, na vifaa vya michezo.

Q: Does Laboratory Grade CVD 3D Graphene Foam for Battery Electrode Material have any limitations?
A: Wakati graphene ina mali bora, changamoto zinabaki katika kutumia uwezo wake kikamilifu, kama vile kupata uzalishaji wa hali ya juu kwa wingi, kudhibiti tabia yake ya kuweka upya katika composites, na kushughulikia masuala ya kiafya na mazingira yanayoweza kutokea.

(Laboratory Grade CVD 3D Graphene Foam for Battery Electrode Material)

(Laboratory Grade CVD 3D Graphene Foam for Battery Electrode Material)