Misala nini mai ya hydrogène esalaka? Misala mpe bopusi nini mai oyo ezali na hydrogène mingi esalaka na nzoto ya moto?

Ntango:2024-12-24 11:32:46 botali:0

Hydrogène ezali lolenge ya sika ya antioxydant sélectif mpe substance anti-inflammatoire idéale. Bakanisaka ete esalaka mosala monene mpo na kozongisa mobange nsima mpe kokitisa kovimba.


Ebele ya bilembeteli ya bolukiluki ya bioloji emonisi ete hydrogène ezali sikawa eloko bobele moko oyo ezali na bizaleli ya antioxydant oyo eponamaki oyo endimami ete ezali na bopusi ya ko neutraliser na ndenge ya kopona ba radicaux hydroxyle mpe ba anions nitrite. Oyo ezali mpenza moboko ya molécule mpo na hydrogène mpo na kobundisa kobebisama ya oxidation mpe kosalisa bamaladi.


Longola yango, bamolekile ya hydrogène ezali mike mpenza mpe ekoki kokɔta nokinoki mpe kopalangana na nzoto mobimba. Bakoki kokɔta na bipekiseli ndenge na ndenge ya physiologique mpe na ba membranes ya baselile, kokɔta na noyau ya baselile, mpe kolongola mitindo ya oxygène oyo ezali kosala réactif ya mabe oyo ekoki kolongolama te na nzela ya momeseno.


Likambo ya ntina mingi koleka, nsima ya kobwaka mitindo ya oxygène réactif, hydrogène yango moko ekoki kobongwana na mai mpe kosalelama na nzoto ya moto kozanga ete ezala na bopusi likoló na misala ya malamu ya mitindo mosusu ya oxygène réactif bénines mpe ba biomolécules.

Makanisi ya bato ya mayele, baprofɛsɛrɛ mpe bato ya mayele na ntina na 【Hydrogène】

Na sortie ya "Hydrogène pour le contrôle d'acné" ya Professeur Xu Kecheng na 2019 mpe na addition officielle ya "Inhalation ya mélange hydrogène-oxygène (H2/O2: 66,6%/33,3%) ekoki ko adopter conditionnellement" na "Protocole ya diagnostic mpe ya traitement mpo na... COVID-19 (Trial Version 7)" ebimisami na Commission nationale de santé le 3 mars 2019. 2020, industrie oyo ezali na hydrogène mingi endimami officiellement na public. Atako ekosɛnga ntango mpo ete epalangana mingi, momeseno mobimba ezali se komata. Kaka ndenge produit ya sika ya compagnie na biso oyo ezali na hydrogène mingi "Hydrogen Lid - Little Red Packet" ebandaki na mbula oyo, ba clients ba commander yango mbala moko ekota na marché. Na yango, tokoki komona ete ezala gaz hydrogène to mayi ya hydrogène ekobanda tour ya sika ya développement na 2020.
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Dispenser ya mayi ya hydrogène

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Produit ya Hydrogène

Modules ya moboko ya biloko oyo ezali na hydrogène mingi

  1. Système ya bokeli hydrogène
    • Unité ya Électrolyse
      • Oyo ezali eteni ya ntina mingi ya produit oyo ezali na hydrogène mingi. Esalelaka etinda ya électrolyse mpo na kokabola bamolekile ya mai na hydrogène mpe oxygène. Na ndakisa, na générateur ya hydrogène - mayi, cellule ya électrolyse esalemi mpo na kosala ete hydrogène ya bopeto makasi ebimisama malamu. Ba électrodes esalaka mosala monene na mosala yango. Mbala mingi, basalelaka ba électrodes oyo ezali na platine mpo ezali na conductivité mpe résistance na corrosion ya malamu mpenza, oyo ekoki kobongisa efficacité mpe durability ya processus ya électrolyse.
    • Bopesi mayi mpe bopanzani ya mayi
      • Système ya bopesi mayi ya stable esengeli mpo na kopesa mayi ntango nyonso mpo na procédé ya électrolyse. Mbala mingi ezalaka na réservoir ya mayi to connexion na source ya mayi. Lolenge ya mai ezali mpe na bopusi likoló na kobimisama ya hydrogène. Mbala mingi, balobaka ete mai oyo epɛtolami ezala te mpo na koboya bosɔtɔ oyo ekoki kosala ete électrolyse esalaka malamu to kobebisa hydrogène oyo ebimi. Biloko mosusu ya sika ezali na système ya circulation ya mayi mpo na kosala ete mai esalelamaka malamu mpe mpo na kobatela esika ya mosala ya stable mpo na unité ya électrolyse.
  2. Bobombi mpe Botindiki ya Hydrogène
    • Conteneur ya kobomba biloko
      • Mpo na kobomba hydrogène esɛngaka eloko oyo ekoki kosala ete ezala na likama te mpe ezala makasi. Mpo na biloko ya mikemike oyo ezali na hydrogène mingi, lokola milangi ya mai oyo ekoki komema na hydrogène, mbala mingi esika ya kobomba biloko esalemaka na biloko ya sipesiale oyo ekoki koyika mpiko na pression moko boye. Biloko lokola polyéthylène ya densité makasi to biloko ya composite esalelamaka mpo na kopekisa fuite ya hydrogène. Ba récipients wana esalemi mpe mpo na kozala na volume oyo ekoki mpo na kobomba hydrogène oyo ekoki mpo na eleko moko ya kosalela yango.
    • Système ya livraison
      • Système ya livraison ezali na mokumba ya komema hydrogène oyo ebimisami tii na esika oyo bakosalela yango. Na dispositif ya hydrogène - inhalation, mingi mingi ezalaka na ba tuyaux to ba canaux oyo ekoki ko contrôler na bosikisiki débit ya hydrogène. Ba soupapes mpe ba régulateurs esalelamaka mpo na kobongisa pression mpe flux ya hydrogène mpo na kosala ete mosaleli akoki kopema hydrogène na vitesse ya sécurité mpe efficace. Na ba générateurs hydrogène - mayi, système ya livraison esalemi pona ko dissoudre hydrogène na mayi na proportion oyo esengeli pona kobimisa mayi oyo ezali na hydrogène mingi.
  3. Système ya Sécurité na suivi
    • Surveillance ya pression na température
      • Na tango ya kobimisa mpe kobomba hydrogène, ezali na ntina mingi kolandela pression mpe température. Pression eleki ndelo ekoki komema makama ya bokengi lokola kopanzana. Ba capteurs e installer na produit pona ko suivre continuellement pression na température ya ba pièces contenant hydrogène. Ndakisa, dispositif - détection ya pression ekoki kotinda signal na système ya contrôle tango pression eleki seuil moko boye, mpe sima système ya contrôle ekoki kozua ba mesures lokola kokitisa vitesse ya production ya hydrogène to kobimisa pression na ndenge ya sécurité.
    • Bolandi ya bozindo ya hydrogène
      • In products that involve the use of hydrogen - rich water or hydrogen inhalation, monitoring the hydrogen concentration is crucial. The correct hydrogen concentration is necessary to ensure the effectiveness of the product. Optical sensors or electrochemical sensors can be used to measure the hydrogen concentration in real - time. In a hydrogen - water generator, if the hydrogen concentration in the water is too low, it may indicate a problem with the electrolysis or delivery system, and the device can adjust the operation parameters accordingly.
    • Safety Alarms and Protective Measures（安全警报和防护措施）
      • When any abnormal situation is detected, such as abnormal pressure, temperature, or hydrogen concentration, the product should have a safety alarm system. Audible and visual alarms can alert the user to potential dangers. At the same time, there should be automatic protective measures, such as shutting down the power supply of the electrolysis unit or opening a safety valve to release the pressure, to prevent accidents and ensure the safety of users.

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