Save a sample of a SearchScopus response

[pesader]

I have to print a response all the time just to remember what it looks like. It would be much better to just an example somewhere.

[pesader]

Here it is:

[
    Document(
        eid="2-s2.0-105000140787",
        doi="10.1007/s12161-025-02778-y",
        pii=None,
        pubmed_id=None,
        title="Ultrasound-Assisted Extraction for Essential Minerals in Organic Dairy Matrices and Confocal Microscopy Application",
        subtype="ar",
        subtypeDescription="Article",
        creator="Costa-Santos A.C.",
        afid="60029570;60008088",
        affilname="Universidade Estadual de Campinas;Universidade de São Paulo",
        affiliation_city="Campinas;Sao Paulo",
        affiliation_country="Brazil;Brazil",
        author_count="12",
        author_names="Costa-Santos, Augusto César;Orlando, Eduardo Adilson;Rebellato, Ana Paula;Zambom, Maria Cristina Ferreira;Luz, Gisele Marcondes;Moraes-Neto, Venancio Ferreira;dos Santos Caramês, Elem Tamirys;Noguera, Nathan Hargreaves;do Carmo, Amanda Silva;Gigante, Mirna Lúcia;Ferreira, Márcia Miguel Castro;Pallone, Juliana Azevedo Lima",
        author_ids="58411777300;55811114600;56059049400;59694876200;57857319000;58706224600;58204352200;57223929188;59695726500;16301272000;35493849600;14831676900",
        author_afids="60029570;60029570;60029570;60029570;60029570;60029570;60008088;60029570;60029570;60029570;60029570;60029570",
        coverDate="2025-01-01",
        coverDisplayDate="2025",
        publicationName="Food Analytical Methods",
        issn="19369751",
        source_id="14500154701",
        eIssn="1936976X",
        aggregationType="Journal",
        volume=None,
        issueIdentifier=None,
        article_number=None,
        pageRange=None,
        description="Ultrasound-assisted extraction (UAE) offers a faster and eco-friendly alternative for samples prepared for essential mineral determination in foods. This study aims to validate a UAE method for sample preparation to determine Ca, Mg, Zn, Na, and K in organic dairy products using flame atomic absorption spectroscopy (FAAS) and confocal microscopy was used as one parameter to evaluate the efficiency of process. Commercial organic milk, yogurt, and cheese were analyzed. For experiments, a face-centered experimental design to optimize acid volume (5 and 10\xa0mL) and ultrasonic bath temperature (45 and 70\xa0°C) are used. Optimal conditions were identified for each sample type, and a t-test showed no significant differences in mineral content between the UAE (30\xa0min) and traditional wet mineralization in digestion block (4\xa0h) procedures for the majority of samples. The validated method carried out by UAE demonstrated satisfactory linearity (R2 > 0.98), repeatability (RSD < 10%), and inter-day precision (RSD < 8%). Fortified samples showed mineral recovery within the validation range for Ca (82–95%), Mg (85–96%), Zn (92–102%), K (97–109%), and Na (84–102%). Similar recovery rates were achieved in a certified reference material (CRM NIST 1549) evaluated. Confocal microscopy confirmed that UAE effectively degraded organic matter for essential mineral determination. Overall, the UAE proved effective for sample preparation for mineral determination in organic dairy samples, offering time efficiency, reduced solvent use, and reliable results.",
        authkeywords="Eco-friendly mineralization | Experimental design | Green chemistry | Minerals | Organic cheese | Organic yogurt",
        citedby_count=0,
        openaccess=0,
        freetoread=None,
        freetoreadLabel=None,
        fund_acr="CNPq",
        fund_no="162505/2022-1",
        fund_sponsor="Conselho Nacional de Desenvolvimento Científico e Tecnológico",
    ),
    Document(
        eid="2-s2.0-105000139967",
        doi="10.1109/TAFFC.2025.3551512",
        pii=None,
        pubmed_id=None,
        title="Curiosity and Affect-Driven Cognitive Architecture for HRI",
        subtype="ar",
        subtypeDescription="Article",
        creator="Berto L.",
        afid="60102151;60029570;60011324;60006028;60003858",
        affilname='Istituto Italiano di Tecnologia;Universidade Estadual de Campinas;Universidade Federal da Paraíba;Universidade Estadual Paulista "Júlio de Mesquita Filho";Uppsala Universitet',
        affiliation_city="Genoa;Campinas;Joao Pessoa;Sao Paulo;Uppsala",
        affiliation_country="Italy;Brazil;Brazil;Brazil;Sweden",
        author_count="9",
        author_names="Berto, Leticia;Tanevska, Ana;Cirne, Azamor;Costa, Paula;Simoes, Alexandre;Gudwin, Ricardo;Rea, Francesco;Colombini, Esther;Sciutti, Alessandra",
        author_ids="57216404490;57194323352;59695344100;57705181100;59667121700;6603605014;54386065400;15844865900;36957816700",
        author_afids="60029570-60102151;60003858;60011324;60029570;60006028;60029570;60102151;60029570;60102151",
        coverDate="2025-01-01",
        coverDisplayDate="2025",
        publicationName="IEEE Transactions on Affective Computing",
        issn=None,
        source_id="19700177034",
        eIssn="19493045",
        aggregationType="Journal",
        volume=None,
        issueIdentifier=None,
        article_number=None,
        pageRange=None,
        description="This study explores how humans and cognitive robots with different value systems and motivations understand each other's needs in free-form interactions. We developed a cognitive architecture that links sensing and perception to internal motivation and an intrinsic value system for determining actions. Inspired by young children's needs, this architecture includes three drives: learning, interaction, and recharging, each with varying dependence on the human partner. We aimed to assess how experimentally changing the importance of these drives within a fixed architecture affects interaction dynamics with human partners (acting as caregivers) and their understanding of the robot's needs. By adjusting the learning and interaction drives, we created two robot profiles: Playful, which prioritizes environmental exploration and playfulness to reduce boredom, and Social, which focuses on social interaction through touch and visual contact to increase comfort. Our findings show that changing the importance of these drives produces distinct behaviors and human perceptions. Robot behaviors matched their profiles, and participants adapted their responses accordingly. Participants identified and attributed distinct traits to each robot without knowing the specific profiles. Despite variability among human partners, the robots, especially the playful one, were generally well understood by most participants.",
        authkeywords="Affective computing | cognitive architecture | human-robot interaction | intrinsic motivation | robot profiles",
        citedby_count=0,
        openaccess=1,
        freetoread=None,
        freetoreadLabel=None,
        fund_acr=None,
        fund_no=None,
        fund_sponsor=None,
    ),
    Document(
        eid="2-s2.0-105000125873",
        doi="10.1109/TIT.2025.3551321",
        pii=None,
        pubmed_id=None,
        title="Level Crossing Rate Inequalities for Product Processes and Applications to Fading Multichannels",
        subtype="ar",
        subtypeDescription="Article",
        creator="Dester P.S.",
        afid="60029570;60006028",
        affilname='Universidade Estadual de Campinas;Universidade Estadual Paulista "Júlio de Mesquita Filho"',
        affiliation_city="Campinas;Sao Paulo",
        affiliation_country="Brazil;Brazil",
        author_count="3",
        author_names="Dester, Plínio S.;Yacoub, Michel D.;Cardieri, Paulo",
        author_ids="57196346722;55664036300;6602681536",
        author_afids="60006028;60029570;60029570",
        coverDate="2025-01-01",
        coverDisplayDate="2025",
        publicationName="IEEE Transactions on Information Theory",
        issn="00189448",
        source_id="15107",
        eIssn="15579654",
        aggregationType="Journal",
        volume=None,
        issueIdentifier=None,
        article_number=None,
        pageRange=None,
        description="This paper presents sharp inequalities for the level crossing rate of a stochastic process composed of the product of independent stochastic processes. The inequalities, which are simple to state, enlighten the contribution of each process individually. Additionally, we derive an exact formulation when the conditioned pointwise derivative of each process follows a Gaussian distribution. As application examples, the results are exercised in different scenarios using the α-µ and κ-µ fading models, which encompass several other well-known models such as Semi-Gaussian, Rayleigh, Rice, Nakagami-m, and Weibull. We provide unprecedented closed-form formulations for the level crossing rate bounds of the product of these widely-known fading processes. Notably, there are no closed forms for the level crossing rate of these products. Therefore, our bounds supply a benchmark for this metric, with one of them serving as an excellent approximation of the exact metric.",
        authkeywords="Higher order statistics | level set | multipath channels | stochastic processes",
        citedby_count=0,
        openaccess=0,
        freetoread=None,
        freetoreadLabel=None,
        fund_acr=None,
        fund_no=None,
        fund_sponsor=None,
    ),
]

[pesader]

Here's another one. This one is an edge case: it has authors with multiple institutions, and the problem is that the second institution of each author is not in the response's affid.

Document(
    eid='2-s2.0-85097768078',
    doi='10.1021/acssuschemeng.0c06655',
    pii=None,
    pubmed_id=None,
    title='Kraft Lignin Solubility and Its Chemical Modification in Deep Eutectic Solvents',
    subtype='ar',
    subtypeDescription='Article',
    creator='Sosa F.H.B.',
    afid='60029570;60013980;119988582',
    affilname='Universidade Estadual de Campinas;CICECO – Instituto de Materiais de Aveiro;Oliveira do Hospital',
    affiliation_city='Campinas;Aveiro;Coimbra',
    affiliation_country='Brazil;Portugal;Portugal',
    author_count='5',
    author_names='Sosa, Filipe H.B.;Abranches, Dinis O.;Da Costa Lopes, André M.;Coutinho, Joaõ A.P.;Da Costa, Mariana C.',
    author_ids='57191912640;57209311204;55761957500;56962705900;57212705551',
    author_afids='60029570-60013980;60013980;60013980-119988582;60013980;60029570',
    coverDate='2020-12-21',
    coverDisplayDate='21 December 2020',
    publicationName='ACS Sustainable Chemistry and Engineering',
    issn=None,
    source_id='21100248891',
    eIssn='21680485',
    aggregationType='Journal',
    volume='8',
    issueIdentifier='50',
    article_number=None,
    pageRange='18577-18589',
    description="Lignin stands as a promising raw material to produce commodities and specialty chemicals, yet its poor solubility remains a big challenge. Recently, deep eutectic solvents (DES) have been proposed as sustainable solvents with high potential to dissolve and valorize lignin. In the present study, the ability of DES based on cholinium chloride ([Ch]Cl) combined with alcohols and carboxylic acids as hydrogen bond donors (HBDs) to dissolve kraft lignin and to change its chemical structure was examined. The influence of the chemical nature of HBDs, water content, and HBD:hydrogen bond acceptor (HBA) molar ratio on the solubility of kraft lignin in DES was studied (313.15 K). The kraft lignin solubility was enhanced by increasing both the HBD's carbon chain length and the molar ratio, with [Ch]Cl:HEXA (1,6-hexanediol) and [Ch]Cl:MaleA (maleic acid) being the best studied solvents for kraft lignin dissolution, while the addition of water was a negative factor. The thermal treatments (393.15 K) of kraft lignin show that carboxylic acid-based DES promote chemical modifications to kraft lignin, including the disruption of several C-O covalent type bonds (e.g., β-O-4, α-O-4 and α-O-α), while alcohol-based DES were found to be nonderivatizing solvents maintaining the lignin chemical structure. These results show the versatility of DES, which, depending on their chemical nature, may offer distinct strategies for lignin valorization.",
    authkeywords='deep eutectic solvents | depolymerization | hydrotropy | kraft lignin | nonderivatization | solubility',
    citedby_count=80,
    openaccess=0,
    freetoread=None,
    freetoreadLabel=None,
    fund_acr='CAPES',
    fund_no='200627/2018-0',
    fund_sponsor='Coordenação de Aperfeiçoamento de Pessoal de Nível Superior'
),