**Describe what's wrong**

Get data from #29693.

```
ALTER TABLE hackernews
    ADD COLUMN words Array(LowCardinality(String))
    DEFAULT arraySort(
              arrayDistinct(
                extractAll(
                  lower(
                    decodeXMLComponent(
                      extractTextFromHTML(text))),
                  '\w+')));

ALTER TABLE hackernews MATERIALIZE COLUMN words;

ALTER TABLE hackernews ADD INDEX words_bf (words) TYPE bloom_filter(0.01) GRANULARITY 1;

ALTER TABLE hackernews MATERIALIZE INDEX words_bf;

SELECT * FROM system.merges \G;

...

SELECT count() FROM hackernews WHERE has(words, 'clickhouse');

Code: 49. DB::Exception: Received from localhost:9000. DB::Exception: Got empty stream for SerializationLowCardinality keys.: (while reading column words): (while reading from part /var/lib/clickhouse/store/f43/f4347434-b836-44ba-b434-7434b836f4ba/all_1_2874_5_2884/ from mark 46 with max_rows_to_read = 8192): While executing MergeTreeThread. (LOGICAL_ERROR)
```


**Does it reproduce on recent release?**

master.
for (const auto & stage : stages)
                {
                    stages_copy.emplace_back(context);
                    stages_copy.back().column_to_updated = stage.column_to_updated;
                    stages_copy.back().output_columns = stage.output_columns;
                    stages_copy.back().filters = stage.filters;
                }
                const ASTPtr select_query = prepareInterpreterSelectQuery(stages_copy,  true);
                InterpreterSelectQuery interpreter{
                    select_query, context, storage, metadata_snapshot,
                    SelectQueryOptions().analyze( false).ignoreLimits()};
                auto first_stage_header = interpreter.getSampleBlock();
                QueryPlan plan;
                auto source = std::make_shared<NullSource>(first_stage_header);
                plan.addStep(std::make_unique<ReadFromPreparedSource>(Pipe(std::move(source))));
                auto pipeline = addStreamsForLaterStages(stages_copy, plan);
                updated_header = std::make_unique<Block>(pipeline->getHeader());
            }
            
            stages.emplace_back(context);
            for (const auto & column : unchanged_columns)
                stages.back().column_to_updated.emplace(
                    column, std::make_shared<ASTIdentifier>(column));
        }
    }
    is_prepared = true;
    return prepareInterpreterSelectQuery(stages, dry_run);
}
ASTPtr MutationsInterpreter::prepareInterpreterSelectQuery(std::vector<Stage> & prepared_stages, bool dry_run)