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Sidee ay jiloojinta qalabka guriga xirka molekiyulka u qabsaday ooxygen si ay u habso qabto?
Time : 2025-08-08
- Qabsiga doorashada : Moleculeyada naitirojiin (lehitii 3.0Å) waxay ka tixgali kartaan cationiyada ku jirta micilalka shabakada jiyuurka badan molekuulka oksijiin (2.8Å). Marka lagu dhaafayo, waxay si qalib ah loogu qabsan jirtaa micilalka.
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Sayniska Cadda : Dibadda laba burj oo dhammaystira in la isku beddelo "adsorption iyo desorption":
- Burjiga A ee qabsiga: Marka lagu dhaafayo 0.4-0.6MPa, 90% ee naitirojiin waxaa lagu qabsan yahay, oksijiin waxaa loo kordhin yahay oo la soo saaray.
- Burjiga B ee desorption: Marka dhaafka la qasmo si loo gaaro dhaafka caadiga ah, naitirojiin ee lagu qabsay waxaa la soo saaray oo la soo noqday.
- Heleysiga Waqtiga Siin : Wixii isku beddelidda dhammaatay si buuxa ee 5-8 daqiiqo, taas oo la isku controliyaa PLC si ay ugu hoydho arrintii oxajiga.
Qaybta Qudhanka : Kaarka dhaqan ee dhulka ayaa lagu daray inay gudaha soo gudbiyaan, waxaana la heleysaa xawaaraha gudaha, si ay ugu hifato shiidka molekiyulka ee xawaaraha, kanooda waxaa siinaysa arrimaha shiidka molekiyulka! Waa sidoo kale arrimaha la itiidda ee qummaan dhulka.
II. The "Life Code" of Molecular Sieves: The Technological Competition Between Materials and Particles
Kala duwanaanshaha muhimka ah ee shiidka molekiyulka waa in la yaabaa xawaaraha iyo tiroda saamada ee ay leeyihiin:
- Waxbarashada Xawaaraha: Lithium-ka soo bandhigay vs. Sodium-ka soo bandhigay
I. Core Principle: How Does a Molecular Sieve Act as a "Nitrogen Catcher"?
Qorraxa shabakada jiyuurka ee burjiga waa shabakada jiyuurka ee zeolite - kristal u dhabsan oo leh micilal oo ka mid ah micilal (gaar ahaan 0.3-1 naanometer). Qaabka shaqada waxay leeyihiin sida shabakada jiyuurka oo boran oo "molecular sieve net":
- Qabsiga doorashada : Moleculeyada naitirojiin (lehitii 3.0Å) waxay ka tixgali kartaan cationiyada ku jirta micilalka shabakada jiyuurka badan molekuulka oksijiin (2.8Å). Marka lagu dhaafayo, waxay si qalib ah loogu qabsan jirtaa micilalka.
-
Sayniska Cadda : Dibadda laba burj oo dhammaystira in la isku beddelo "adsorption iyo desorption":
- Burjiga A ee qabsiga: Marka lagu dhaafayo 0.4-0.6MPa, 90% ee naitirojiin waxaa lagu qabsan yahay, oksijiin waxaa loo kordhin yahay oo la soo saaray.
- Burjiga B ee desorption: Marka dhaafka la qasmo si loo gaaro dhaafka caadiga ah, naitirojiin ee lagu qabsay waxaa la soo saaray oo la soo noqday.
- Heleysiga Waqtiga Siin : Wixii isku beddelidda dhammaatay si buuxa ee 5-8 daqiiqo, taas oo la isku controliyaa PLC si ay ugu hoydho arrintii oxajiga.
Qaybta Qudhanka : Kaarka dhaqan ee dhulka ayaa lagu daray inay gudaha soo gudbiyaan, waxaana la heleysaa xawaaraha gudaha, si ay ugu hifato shiidka molekiyulka ee xawaaraha, kanooda waxaa siinaysa arrimaha shiidka molekiyulka! Waa sidoo kale arrimaha la itiidda ee qummaan dhulka.
II. The "Life Code" of Molecular Sieves: The Technological Competition Between Materials and Particles
Kala duwanaanshaha muhimka ah ee shiidka molekiyulka waa in la yaabaa xawaaraha iyo tiroda saamada ee ay leeyihiin:
- Waxbarashada Xawaaraha: Lithium-ka soo bandhigay vs. Sodium-ka soo bandhigay
I. Core Principle: How Does a Molecular Sieve Act as a "Nitrogen Catcher"?
Qorraxa shabakada jiyuurka ee burjiga waa shabakada jiyuurka ee zeolite - kristal u dhabsan oo leh micilal oo ka mid ah micilal (gaar ahaan 0.3-1 naanometer). Qaabka shaqada waxay leeyihiin sida shabakada jiyuurka oo boran oo "molecular sieve net":
- Qabsiga doorashada : Moleculeyada naitirojiin (lehitii 3.0Å) waxay ka tixgali kartaan cationiyada ku jirta micilalka shabakada jiyuurka badan molekuulka oksijiin (2.8Å). Marka lagu dhaafayo, waxay si qalib ah loogu qabsan jirtaa micilalka.
-
Sayniska Cadda : Dibadda laba burj oo dhammaystira in la isku beddelo "adsorption iyo desorption":
- Burjiga A ee qabsiga: Marka lagu dhaafayo 0.4-0.6MPa, 90% ee naitirojiin waxaa lagu qabsan yahay, oksijiin waxaa loo kordhin yahay oo la soo saaray.
- Burjiga B ee desorption: Marka dhaafka la qasmo si loo gaaro dhaafka caadiga ah, naitirojiin ee lagu qabsay waxaa la soo saaray oo la soo noqday.
- Heleysiga Waqtiga Siin : Wixii isku beddelidda dhammaatay si buuxa ee 5-8 daqiiqo, taas oo la isku controliyaa PLC si ay ugu hoydho arrintii oxajiga.
Qaybta Qudhanka : Kaarka dhaqan ee dhulka ayaa lagu daray inay gudaha soo gudbiyaan, waxaana la heleysaa xawaaraha gudaha, si ay ugu hifato shiidka molekiyulka ee xawaaraha, kanooda waxaa siinaysa arrimaha shiidka molekiyulka! Waa sidoo kale arrimaha la itiidda ee qummaan dhulka.
II. The "Life Code" of Molecular Sieves: The Technological Competition Between Materials and Particles
Kala duwanaanshaha muhimka ah ee shiidka molekiyulka waa in la yaabaa xawaaraha iyo tiroda saamada ee ay leeyihiin:
- Waxbarashada Xawaaraha: Lithium-ka soo bandhigay vs. Sodium-ka soo bandhigay
I. Core Principle: How Does a Molecular Sieve Act as a "Nitrogen Catcher"?
II. The "Life Code" of Molecular Sieves: The Technological Competition Between Materials and Particles
I. Core Principle: How Does a Molecular Sieve Act as a "Nitrogen Catcher"?
Qorraxa shabakada jiyuurka ee burjiga waa shabakada jiyuurka ee zeolite - kristal u dhabsan oo leh micilal oo ka mid ah micilal (gaar ahaan 0.3-1 naanometer). Qaabka shaqada waxay leeyihiin sida shabakada jiyuurka oo boran oo "molecular sieve net":
- Qabsiga doorashada : Moleculeyada naitirojiin (lehitii 3.0Å) waxay ka tixgali kartaan cationiyada ku jirta micilalka shabakada jiyuurka badan molekuulka oksijiin (2.8Å). Marka lagu dhaafayo, waxay si qalib ah loogu qabsan jirtaa micilalka.
-
Sayniska Cadda : Dibadda laba burj oo dhammaystira in la isku beddelo "adsorption iyo desorption":
- Burjiga A ee qabsiga: Marka lagu dhaafayo 0.4-0.6MPa, 90% ee naitirojiin waxaa lagu qabsan yahay, oksijiin waxaa loo kordhin yahay oo la soo saaray.
- Burjiga B ee desorption: Marka dhaafka la qasmo si loo gaaro dhaafka caadiga ah, naitirojiin ee lagu qabsay waxaa la soo saaray oo la soo noqday.
- Heleysiga Waqtiga Siin : Wixii isku beddelidda dhammaatay si buuxa ee 5-8 daqiiqo, taas oo la isku controliyaa PLC si ay ugu hoydho arrintii oxajiga.
Qaybta Qudhanka : Kaarka dhaqan ee dhulka ayaa lagu daray inay gudaha soo gudbiyaan, waxaana la heleysaa xawaaraha gudaha, si ay ugu hifato shiidka molekiyulka ee xawaaraha, kanooda waxaa siinaysa arrimaha shiidka molekiyulka! Waa sidoo kale arrimaha la itiidda ee qummaan dhulka.
II. The "Life Code" of Molecular Sieves: The Technological Competition Between Materials and Particles
Kala duwanaanshaha muhimka ah ee shiidka molekiyulka waa in la yaabaa xawaaraha iyo tiroda saamada ee ay leeyihiin:
- Waxbarashada Xawaaraha: Lithium-ka soo bandhigay vs. Sodium-ka soo bandhigay
I. Core Principle: How Does a Molecular Sieve Act as a "Nitrogen Catcher"?
Qorraxa shabakada jiyuurka ee burjiga waa shabakada jiyuurka ee zeolite - kristal u dhabsan oo leh micilal oo ka mid ah micilal (gaar ahaan 0.3-1 naanometer). Qaabka shaqada waxay leeyihiin sida shabakada jiyuurka oo boran oo "molecular sieve net":
Selective Adsorption: Nitrogen molecules (with a diameter of 3.0Å) are more easily attracted by the cations in the pores of the molecular sieve than oxygen molecules (2.8Å). When pressurized, they are firmly "locked" in the pores.
Dynamic Cycle: The dual-tower design realizes seamless switching between "adsorption and desorption":
Burjiga A ee qabsiga: Marka lagu dhaafayo 0.4-0.6MPa, 90% ee naitirojiin waxaa lagu qabsan yahay, oksijiin waxaa loo kordhin yahay oo la soo saaray.
Burjiga B ee desorption: Marka dhaafka la qasmo si loo gaaro dhaafka caadiga ah, naitirojiin ee lagu qabsay waxaa la soo saaray oo la soo noqday.
Precise Timing Control: Each switch is completed every 5-8 minutes, which is precisely controlled by the PLC program to ensure the continuous supply of oxygen.
Technical Breakthrough: A compressed air dew point detector is added at the air inlet of the adsorption tower, which can monitor the moisture content in the air, ensuring that the molecular sieve is not affected by moisture, thus prolonging the service life of the molecular sieve! It also ensures the normal operation of the refrigerated dryer.
II. The "Life Code" of Molecular Sieves: The Technological Competition Between Materials and Particles
Kala duwanaanshaha muhimka ah ee shiidka molekiyulka waa in la yaabaa xawaaraha iyo tiroda saamada ee ay leeyihiin:
Waxbarashada Xawaaraha: Lithium-ka soo bandhigay vs. Sodium-ka soo bandhigay h2 { margin-top: 26px; margin-bottom: 18px; font-size: 24px !important; font-weight: 600; line-height: normal; } h3 { margin-top: 26px; margin-bottom: 18px; font-size: 20px !important; font-weight: 600; line-height: normal; } p { font-size: 15px !important; font-weight: 400; margin-bottom: 8px; line-height: 26px; } @media (max-width: 767px) { h2 { margin-top: 14px; margin-bottom: 18px; font-size: 18px; } h3 { margin-top: 14px; margin-bottom: 18px; font-size: 15px; } p { margin-bottom: 18px; font-size: 15px; line-height: 26px; } .product-card-container { width: 100%; } .product-card-container > a > div { flex-direction: column; } .product-card-container > a > div > img { width: 100%; height: auto; } } p > a, h2 > a, h3 > a { text-decoration: underline !important; color: blue; } p > a:visited, h2 > a:visited, h3 > a:visited { text-decoration: underline !important; color: purple; } p > a:hover, h2 > a:hover, h3 > a:hover { text-decoration: underline !important; color: red; } p > a:active, h2 > a:active, h3 > a:active { text-decoration: underline !important; color: darkred; } table { border-collapse: collapse; width: 100%; margin: 20px 0; } th, td { border: 1px solid #ddd; padding: 8px; text-align: left; } th { background-color: #f2f2f2; font-weight: bold; } tr:nth-child(even) { background-color: #f9f9f9; } tr:hover { background-color: #f5f5f5; }
Qaabka Asalka: Sidee ayaa shabakada jiyuurka siinayo "Kuwa Qabsanaya Naitirojiin"?
Qorraxa shabakada jiyuurka ee burjiga waa shabakada jiyuurka ee zeolite - kristal u dhabsan oo leh micilal oo ka mid ah micilal (gaar ahaan 0.3-1 naanometer). Qaabka shaqada waxay leeyihiin sida shabakada jiyuurka oo boran oo "molecular sieve net":
- Qabsiga doorashada : Moleculeyada naitirojiin (lehitii 3.0Å) waxay ka tixgali kartaan cationiyada ku jirta micilalka shabakada jiyuurka badan molekuulka oksijiin (2.8Å). Marka lagu dhaafayo, waxay si qalib ah loogu qabsan jirtaa micilalka.
-
Sayniska Cadda : Dibadda laba burj oo dhammaystira in la isku beddelo "adsorption iyo desorption":
- Burjiga A ee qabsiga: Marka lagu dhaafayo 0.4-0.6MPa, 90% ee naitirojiin waxaa lagu qabsan yahay, oksijiin waxaa loo kordhin yahay oo la soo saaray.
- Burjiga B ee desorption: Marka dhaafka la qasmo si loo gaaro dhaafka caadiga ah, naitirojiin ee lagu qabsay waxaa la soo saaray oo la soo noqday.
- Heleysiga Waqtiga Siin : Wixii isku beddelidda dhammaatay si buuxa ee 5-8 daqiiqo, taas oo la isku controliyaa PLC si ay ugu hoydho arrintii oxajiga.
Qaybta Qudhanka : Kaarka dhaqan ee dhulka ayaa lagu daray inay gudaha soo gudbiyaan, waxaana la heleysaa xawaaraha gudaha, si ay ugu hifato shiidka molekiyulka ee xawaaraha, kanooda waxaa siinaysa arrimaha shiidka molekiyulka! Waa sidoo kale arrimaha la itiidda ee qummaan dhulka.
"Koodhka Nolosha" ee Shiidka Molekiyulka: Waxbarashada Caasimada iyo Xawaaraha
Kala duwanaanshaha muhimka ah ee shiidka molekiyulka waa in la yaabaa xawaaraha iyo tiroda saamada ee ay leeyihiin:
- Waxbarashada Xawaaraha: Lithium-ka soo bandhigay vs. Sodium-ka soo bandhigay
| Dhamaan Xiriirka | Shiidka Molekiyulka Lithium-ka soo bandhigay | Shiidka Molekiyulka Sodium-ka soo bandhigay |
|---|---|---|
| Qaabka Naitirojinka | >22 ml/g (1bar, 25°C) | 8~9 ml/g (1bar, 25°C) |
| Isku-qaybinta Naaytirojiin iyo Oksijiin | >6.2 | 3.0~3.5 |
| Staabiilka Qaarka | Hadda ugu sarreeya ee 650°C (ka dib marka la dhaafayo) | Dhaarta qaarka ee 1200°C (midho joog oo ku xiran in la qalabiyo hydrothermal) |
| Fartoo Dheerka | La fudhiyaa in la sameyo barood iyo in la kharasho marka la kulmo >80% | Dheerka helaya isticmaalka 40% |
| Mareynta Xidhmadda | 20,000 saacad (lithium modified) | 12,000 saacad (wuxuu talowga in lagu celceliyo dhibaatooyinka caafimaadka ah) |
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Cayaya Qaabka: Wada degdegga qaatiga ee millimeter
Awooddu ee alaabta kale oo keliya waa in la xidhmiyo, laakiin kala ijaradka ee microns ee qaybaha ayaa ku saabsanaya dhibaatooyinka iyo konsistensiga ooxygen:
| Nooca Cayaya | Xaaladaha la isticmaali karo | Muuqaalka Asaasiga | Dhibaatooyinka Weyn |
|---|---|---|---|
| 0.4-0.8mm Cayaya Fiine | Madaalada Oxygen ee la dhaafay/Dhibaatooyinka ugu horreeya ee Plateau | Goobta la xiriira waxaa la kor kicin 50%, xawaaridda waxaa la kor kicin 15% | Qaabka dhexeysiga waa 8N, ayaa badan la dhaqaaqo oo la qalbiyo |
| 1.6-2.5mm Coarse Particles | Nidaamka xoogga oksijenka ee gobolka | Qaabka dhexeysiga >17N, waki waxaa la sosay 30% | Mugga oksijenka >5% (marka xawaaraha >50L/min) |
| 1.3-1.7mm Nooca Xawaaraha | Xoogga oksijenka ee beerta/gudunka | Wuxuu xawaaraha qaabka dhexeysiga (>22ml/g) iyo xoogga (>16N) | Cumdada waa 20% ka wayn ee Coarse Particles |
- Medical Gold Standard : 1.2-1.8mm jajab (sida CMS-240 ee qabiilada ah), kaas oo u xiran karaa shiidinta iyo fidinka hawada.
- Maalma Baarista ee Plateau : 1.4-1.6mm jajab yar (sida nooca German BF), kaas oo si 15% u siiya shiidinta hawada ee dhexdooda.
- Tafatirka Xun : Jajabyada ka way 2mm waxay sameeyaa in laba joogta oksijenka hoos ugu yareynaa 85%, waxayna khaaligaa nafsada guriga!
Dooro Eebbe Gacanta ee Dhimilka: Maxaa 5A Zeolite ay noqon jireen imama ugu weyn?
Nidaamka oojoogta oksijenka ee hospitaalka waxay leeyihiin ugu yaraan sharaada siinaya eebbe gacanta. Eebbe gacanta 5A zeolite waxay muuqdaa iyaga leh afka sarrif ee ka mid ah:
- Sheegidda Xaqiijiyed : Waxay ugu hor maqnaa jajabyada nitrojiynta (oo keliya oksijenka), kaas oo garanaya in laba joogta oksijenka soo baxay ay ahaa ≥90%.
- Dib u habboonid : Dheerka hoos u dhacsan 2-4 daqiiqo (shayda kalebsan ee karbonka 10 daqiiqo), oo xus leh habka ugu badan ee istaagalka oksijenka ee dawkedda.
- Dhererka iyo jirka : Wakiilka jirka ee zeoliteka lagu beddelay liitiumka waxa ay gaaban doontaa 20,000 saa (kale oo xun ee soodiymka 12,000 saa), taas oo kala gudbi doontaa costsiga awood iyo miisaanka dawkedda.
"Foomooyinka Dhererka" ee Burjiga Iibsiga: Ka tiri 3 ballaaran ee arrimaha leh
Waqdhiiba waxa ay ka soo baxaan khaalisnimada xirfadaha shaqada ee la iska leeyahay:
- Korrosionka Bubuurfadka : Marka habeenka ay ka weyn 80%, shayda kalebsan ayaa isaga ugu dhasho 24 saa → Hali: Madaalista hore u gudbiyay ee qorraxda (dew point ≤3℃).
- Kulaylka Zaytuna : Hawa ee la xiriira zaytuna oo ay ka soo bixiya komibiyarka hawaa waxay ka xiraa porrada → Wajibka ah: komibiyar scroll ee 100% aan lahayn zaytuna + filtar kaarboonka la faa'iidhay.
- Iskudhafka Hawa : Gasha qalabka oo leh molekiyulka la saarayo → Isdiiwaangelinta takaadka: Galbeedka hawada + shabakada la xidhay si ay u gudbiyaan hawada
Jidka waxa lagu soo gala: Dhaqanaha Kordhanka Molekiyulka
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Qiyaasiga Nanopore : Cayriyaha poruska ee garaafaynta molekiyulka oo komabiyootiga ay socdaa ±0.05Å, waxaana korosta horeynta niytrojinka 50%.
(La tirirowday teknolojiyada nanomaterial ee cusub iyo teknolojiyada in la aqballo (garaafayn, ALD/CVD, aqbalinta ammaanaha badan), waxa la isku dayaa ammaanaha iyo caafimaadka sare u dhaxaysa ee labaato, waxaana loo isticmaaleya tillaabka xadda ee ka horreya, xawaaridda sare ee soo socda waa jilcinta.) -
Isku daynta Qaraabo : Nidaamka Shiinternetka ee Xogta (IoT) heleysaa dhammaadka molekiyulka ee saarayaal in la xidha waqtiga uu socdaa oo leh u qeybiyo dhaqanaha (xidhmada waqtiyada <0.1 sekond)
(Internetka Soo Saar ee Xidhiidhka Isgaajo, Xidhiidhka Cad iyo Teknolojiyada Kontrolka Otomaatiga ah, waa natiijada la xiriira ee isdhaafshada iyo digitalizationka qaar ka mid ah ee qaar ka mid ah. Qodobaha fikrada ah hadda wax jira inay jiraan, isku daynta iyo isku midabka waa muhim, oo qaar ka mid ah ee faahfaahidda waa la bilaabay.) -
Dhulka Gudu : Zeolite lacagta biyaha (magacyada silicon ee ka soo bandhigay gacanta bery) ka qaadkada cabitaalka 70%.
(Berdhanka la iska qoray iyo faahfaahiyay teknolojiyada isticmaalka kaydka biyaha ee lagu galo (gaar ahaan ashigga gacanta bery), waxa ay leeyihiin faa'iidaynta ka qaadkada cabitaalka ee la xiriira in la helo shakhsiyaadka jirka, waa mid ka mid ah korka u dhow oo la iska cadayn karo, waxaana leeyihiin sababta jirka iyo xisaabta ee xoogaa ah.)
