9. Podsumowanie
9.2. Wnioski
Zjawisko hydratacji gazów w środowisku wodnym jest procesem skomplikowanym ze względu na jej stochastyczny charakter oraz na złożoność i mnogość zjawisk i zachowań współtworzących ten proces. Ogólnie mówiąc zjawisko hydratacji jest przemianą fizyczną wody w specyficzną strukturę lodu katalizowaną substancją hydratotwórczą. Struktury krystaliczne wody wypełnione gazem są związkami niestechiometrycznymi, co dodatkowo komplikuje ich opis i wymaga poszukiwania nowych metod badawczych i obliczeniowych w celu poszerzenia wiedzy na ich temat.
Niniejsza dysertacja doktorska dostarczyła wielu cennych informacji w dziedzinie budowy aparatury pomiarowej dedykowanej do specyficznych badań. Potwierdziła równocześnie zasadność budowania nietypowych konstrukcji w celu zweryfikowania niektórych wyników z literatury oraz w celu ukazania nowych wyników niemożliwych do uzyskania za pomocą konwencjonalnego sprzętu. Rezultaty niniejszych badań potwierdzają wyniki innych autorów, a z uwagi na fakt, iż uzyskano je za pomocą nowej konstrukcji stanowiska badawczego, zwiększają ich wiarygodność. Nowe informacje dotyczące procesu nukleacji i aglomeracji rozszerzają wiedzę na temat całokształtu zjawiska hydratacji gazowej.
Wykonane w niniejszej pracy pomiary dostarczyły szereg odpowiedzi na temat zjawisk charakterystycznych dla procesu hydratacji oraz opis ich wspólnego oddziaływania. Z uwagi na ograniczenia techniczne przeprowadzanych doświadczeń, nie wszystkie zaobserwowane zachowania w poszczególnych etapach hydratacji możliwe były do
164 wyjaśnienia jakościowego i tym bardziej ilościowego, jednak zaznaczenie ich wykrycia (obecności) wyznaczyło kierunek dalszych badań oraz wskazało kierunki modyfikacji aparatury pomiarowej pozwalającej na rozszerzenie wiedzy ten temat.
165
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